field assistants |Nathan Brouwer| 3.2
“Save the rainforest!” is one of the most well-known cries of the environmental movement. Global demand for timber, and local demand for farmland, still cause 12 million hectares of tropical forest to be logged each year. One way of lessening the impact of logging is to selectively harvest only high-value trees and reduce the impacts of harvest on the soil and forest understory.
Reduced-Impact Logging (RIL) is a new approach that integrates several sustainable practices. The process begins by identifying a select number of trees of the appropriate species and size prior to harvest. In some cases, loggers are required to leave every fifth tree selected as a seed tree. During harvest, logging roads and the trails used to bring logs to them are laid out to minimize disturbance. Before felling, vines are removed from trees to prevent them from snagging their neighbors. Loggers also try to avoid having falling trees crash into other trees. Additionally, the vehicles that transport the timber to logging roads have rubber tires instead of treads, which minimises soil compaction. After harvest, stands are left for several decades to regenerate.
Timber harvesters, trade organizations and environmental groups such as the Nature Conservancy and the World Wide Fund for Nature have asserted that RIL preserves biodiversity. Adam Felton and his colleagues at The Australian National University and the Instituto Bolivana de Investigación Forestal have tested these claims in an RIL forest in Bolivia.
Half of Bolivia’s lowland tropical and sub-tropical forests have been divided among logging concessions. Laws enacted in the mid-1990s have promoted sustainable logging, and 2.2 million hectares are now certified by the Forest Stewardship Council (FSC). Felton and his team conducted their study in the FSC-certified Guarrayos Forest Reserve. The firm Agroindustria Forestal La Chonta has the rights to log within the preserve using sustainable practices. The logging concession was certified in 1998 by SmartWood, an organisation that certifies the sustainability of a timber harvest.
Previous studies have shown that RIL can minimise damage to uncut trees in a forest. However, there can still be significant changes to the amount of forest canopy, the plants that compose the ground cover, and the humid microclimates that characterise tropical and sub-tropical forests. Felton and his colleagues examined whether RIL impacts are extensive enough to affect the composition of the bird communities found of the forest.
To test this, the researchers conducted bird surveys at various points in logged and un-logged stands within the Guarrayos Forest Reserve, recording the number and species of birds they observed. Tree surveys were used to asses the structure of the forest and determine how much of the canopy was open and allowed light in. The understory vegetation was also surveyed to gauge the impact of roads and trails. Their findings may take some wind out of the sails of RIL’s proponents. Despite the care taken during RIL, many birds appear to find logged areas to be uninhabitable. Of the 158 species observed, 20% were either absent from the logged section, or significantly less abundant. These species seem to prefer the un-logged areas, which typically had more large trees, higher tree diversity, or more diverse understories.
Additionally, they found that 40% of the birds that preferred un-logged forests are of conservation concern; this included woodpeckers, falcons, and toucans, and many insect-eaters. On the other hand, many of the birds which were found in significantly higher abundance in the logged sections were those known to be tolerant of human disturbance. The harvest and the hauling of trees appear to cause these changes. Trails, roads, and landings were found by other researchers to disturb 25% of the ground cover of the forest. This damage especially impacts insect- eating birds, which typically forage around small trees and shrubs near the forest floor. Though only four trees were harvested per hectare, openings in the canopy still increased by 25%. Gaps in the canopy allow light to reach the plants in the forest understory, presumably increasing temperature and decreasing humidity. The authors propose that the cool and moist microclimates favored by insect-eating birds and their prey are reduced by the intrusion of light.
Felton and his colleagues point out that the impact of RIL could be reduced in this forest by not logging a single species: Ficus bolivina. This fig tree can reach 200 cm in diameter, with a crown that is 30 meters across. Removing a single F. bolivina can therefore open a large gap in the canopy.
The authors also recommend that trail-building within the logged areas be more tightly controlled to reduce disturbance to the understory. Previous work has found that 25% of trails in a selectively logged forest were short-cuts or otherwise unnecessary. Felton and colleagues recommend that sustainable forestry practices be evaluated critically, and warn against complacently accepting new techniques. Forests and biodiversity are dynamic, and sustainability is not achieved simply because most of the trees remain standing after a harvest. The authors assert that sustainability can only be evaluated in light of long-term data on biodiversity, regeneration of the understory, and the effects of the harvest cycle.
Summarised from: Felton, A., J. Wood, A.M. Felton, B.Hennessey and D.B. Lindenmayera (2008). Bird community responses to reduced-impact logging in a certified forestry concession in lowland Bolivia. Biological Conservation 141:545-555.
Nathan Brouwer (firstname.lastname@example.org) is a PhD student at the Department of Biological Sciences, University of Pittsburgh, USA.
field assistants | Nathan Brouwer| 3.2
Research and conservation frequently go hand in hand. The data collected by academics helps inform management of natural resources, such as the establishment of reserves or bag limits on wild game. Most students complete their research in five years, and the grants that fund professors’ research often have similar life spans. Many conservation problems, however, can not be characterised that quickly, and monitoring is required to assess management efforts. This creates a disconnection between the efforts of academics and the needs of conservation.
To address this, local people who rely on natural resource use are being integrated as collaborators in long-term biodiversity research. Pedro de Araujo Lima Constantino of the Brazilian non-profit Comissão Pró-Índio do Acre (CPI- AC), his colleagues at the University of Florida, and members of the Kaxinawá indigenous group report on their collaboration in Biological Conservation.
The Kaxinawá live in the Brazilian and Peruvian Amazon. In Brazil, the Kaxinawá live near the remote headwaters of the Jordão and Tarauacá rivers. In 1991 the Kaxinawá began receiving official title to their land. This allowed them to bar hunters from nearby Jordão City from their territory.
A conventional wildlife survey was conducted during the establishment of these territories. Wildlife populations were found to be severely impacted by unsustainable hunting, and several species were concluded to be locally extinct. The Kaxinawá had also recognised that game was becoming less abundant. In 1996 they sought resource management guidance from CPI-AC. CPI-AC began training indigenous agroforestry agents (IAAs) to help the community develop sustainable resource management practices.
Among the IAAs’ activities was monitoring hunting. In 2005 scientists collaborated with the Kaxinawá to systematise their monitoring system and develop hypotheses that could be tested through their efforts, as part of a bi-national conservation project between Brazil and Peru in the surroundings of Serra do Divisor, Acre. The Kaxinawá proposed that there was variation in the abundance of game between villages in their territory, and that the most favored species remained abundant only near the isolated headwaters of the rivers.
They also hypothesised that land use, hunting, and human density were the main factors causing this variation. Constantino and his team then worked with the Kaxinawá to develop methods to test these hypotheses. An important goal of this process was to assure that the data would be meaningful to biologists as well as the Kaxinawá. Both parties could therefore interpret the results and collaborate to refine the Kaxinawá’s wildlife management plan.
IAAs began surveying every household in their village. For every animal killed, the IAAs recorded data about the animal and the activity of the hunting party. The study reports on the first year of this ongoing study, with individual villages contributing up to 11 months of continous data.
The study provided new insights into the status of game species in the area, and the effects of hunting. The IAAs recorded 33 different species being harvested. Five of these were purported by ecologists to be extinct in 1996. One of the ‘extinct’ species, the white-lipped peccary (Tayassu pecari), was being harvested regularly by villages along the entire river. Other species deemed rare by the 1996 survey were also commonly harvested.
Kaxinawá hunter boys with cayman
Some of these species were perhaps missed during the 1996 survey, while others had likely returned to the area from near-by nature preserves. These findings indicate the importance of using these collaborative methods in addition to conventional wildlife surveys.
Analysis of the IAAs’ data indicated that wildlife abundance was highest near the headwaters of the rivers and decreased downstream toward Jordão City. As proposed by the Kaxinawá, this trend correlated with increasing human population density, the density of villages in an area, the age of villages, and the number of trails for harvesting rubber.
The authors also examined whether the analyses done with the IAAs relatively simple data corresponded to more complex multivariate analysis. In general, results from the basic univariate variables collected by the IAAs were correlated with multivariate analyses. This indicates that more straight-forward forms of wildlife data and analysis can be as robust as more labor-intensive techniques
IAA José de Lima Kaxinawá and colleague mapping their hunting territory
Additional insights were gained regarding the effects of wildlife abundance on Kaxinawá hunting. Down-stream villagers were more likely to hunt non-game species or those considered suitable when food was short. This included the taboo giant-armadillo and capybara. Constantino and his colleagues propose that depleted wildlife populations have led to the harvest of less-preferred species and the expansion of some villagers’ diets.
These research techniques and villager participation in data analysis are being promoted via CPI-AC to other indigenous groups. Constantino and his colleagues propose that results from this long-term and cross-cultural collaboration will continue to help the Kaxinawá and other indigenous peoples to understand and manage their wildlife resources.
Summarised from: Constantino, P.A.L., L.B. Fortini, F.R.S. Kaxinawá, A.M. Kaxinawá, E.S. Kaxinawá, A.P. Kaxinawá, L.S. Kaxinawá, J.M. Kaxinawá and J.P. Kaxinawá. 2008. Indigenous collaborative research for wildlife management in Amazonia: The case of the Kaxinawá, Acre, Brazil. Biological Conservation 141: 2718-2729.
Nathan Brouwer (brouwern@gmail. com) is a PhD student at the Department of Biological Sciences, University of Pittsburgh, USA.
field assistants | Jane Carter Ingram and Terrence Dawson | 3.2
The littoral forests of south-eastern Madagascar possess high degrees of biodiversity and have been identified as a conservation priority, but face pressures from subsistence use of forest resources by local communities, increasing numbers of migrant populations using the forests for charcoal production and large -scale mineral extraction. Despite their conservation importance, little is known regarding how these forests have been impacted by and have responded to different anthropogenic pressures or natural stressors, such as climate, nor how these human and physical factors interact to influence forest integrity.
The forests are divided into three sites referred to as Ste. Luce, Mandena and Petriky, each of which have unique social, physical and ecological characteristics despite their collective classification as a unique littoral forest subtype and their close geographic proximity to one another. An assessment of deforestation patterns, forest condition and tree species composition of remaining forest stands at each site is important for understanding the nature, scale and distribution of human and natural pressures impacting littoral forests and, thus, may help inform forest conservation priority setting throughout the area.
The aims of this study were threefold: to document patterns of littoral forest loss at multiple spatial and temporal scales; to map forest structure across the littoral landscape; and to assess the abundance and diversity of littoral forest tree species valuable to humans and important for conservation. The methods applied included the use of satellite imagery of forest cover and forest loss combined with ground-based ecological surveys of tree diversity and structure.
Assessments of forest cover change using satellite imagery spanning an 18 year time period illustrated spatially and temporally dynamic patterns of forest loss across each site and, thus, contrast with commonly used linear portrayals of deforestation. The spatially and temporally disaggregated assessment of forest change conducted within this study permitted a site based understanding of the different factors threatening forest cover. This more nuanced depiction of deforestation was supplemented with a quantitative assessment of forest structure across the littoral landscape, which was derived by integrating satellite imagery and ground survey data. These results showed that a combination of physical factors, such as climate, acting at a coarse scale, and anthropogenic factors acting at a site-scale, influence forest basal area, which can be related to forest condition. An understanding of how different human and natural factors interact across the landscape and where anthropogenic pressures are the greatest can help guide which and where management interventions may be most effective.
In order to assess how forest condition may influence community composition, we conducted inventories of tree species diversity and abundance. These surveys revealed a strong relationship between basal area and diversity measures, suggesting pressures influencing forest condition may also affect species composition. Despite the considerable human impact on the forests, species richness and diversity of tree species communities remained relatively high across the landscape. Human impact on species diversity varied across user groups: forest use practices by local people seem to be more sustainable with respect to maintaining diversity and abundance of utilitarian trees than practices such as charcoal making employed by migrant groups. The high overlap between endemic and utilitarian species suggests opportunities for conservationists and local people to work together to meet conservation goals and fulfill human needs across the landscape.
This study has demonstrated that, although humans have had a discernable impact on the littoral forest landscape in south-eastern Madagascar, this impact is variable throughout time and space and is a function of human and environmental factors that interact and differ in intensity across each site. Although, often described as severely degraded, these forests remain repositories of biodiversity and forest resources important for human well being. If these forests are to be conserved in the long-term, management plans must account for the nature, distribution and scale of the different pressures acting upon the littoral system at individual sites and must be designed to adapt to likely changes in these factors over time.
Originally published as: Ingram J.C. and T.P. Dawson. 2006. Forest cover, condition, and ecology in human-impacted forests, South-Eastern Madagascar. Conservation & Society 4: 194-230.
Jane Carter Ingram (email@example.com) is at the Wildlife Conservation Society, Bronx, New York, USA.
Terence Dawson is at the School of Geography, University of Southampton, Southampton, UK.
field assistants | Bidhan Kanti Das| 3.2
In India, as elsewhere, protected areas (PAs) have permanent resident populations who are historically dependent on forest resources for their livelihood. The Buxa Tiger Reserve (BTR), in the northern part of West Bengal, is one such reserve forest where villagers have been residing for more than 100 years. With the creation of a national park, employment opportunities for the forest villagers, who were once treated as an important labour force during the commercial forestry regime, have drastically declined. To reduce pressure on forest resources at the BTR, the World Bank financed India Ecodevelopment Project (IEDP) was initiated with the aim to involve local people by supporting sustainable alternative income generating activities. In consonance with the dominant view that livestock grazing in bio-diverse regions is destructive to nature, reduction in cattle populations and stall feeding of cattle have been included as reciprocal commitments under this project.
This paper is an attempt to assess whether the strategy of cattle reduction is really possible. It also tries to explore how far a reduction of cattle is acceptable or feasible in the context of present findings, especially in India. Results show that there is little impact on cattle populations after the project intervention. However, the slow but consistently decreasing trend in cattle populations is evident due to natural processes like less resources, diseases, sale of cattle during the periods of crisis and natural calamities. Analyses also reveal that where alternative choices of income-generating activities were limited, people, especially those who had some land, adhered to traditional occupations like agriculture. In such a situation, cattle were regarded as an important resource due to a multiplicity of use for sustaining daily livelihoods and also treated as a cash asset by rural as well as forest people for any activities requiring instant cash. The marginal cultivators, who do not possess their own resources for cultivation especially bullocks, have to hire either by giving something in return as kind or by paying high amounts as cash. So whenever opportunities arise, they try to procure items required for cultivation as observed in the IEDP.
Besides, forest villagers are reluctant to reduce cattle as they considered cattle of high economic value. They are not so much interested in rearing high bred cows due to poor understanding of rearing, less availability of veterinary care and unfortunate experiences in the past. Moreover, most forest villagers do not consider grazing in forests as harmful to forest and wildlife. But villagers from fringe areas are compelled to reduce cattle due to increased protection work, dwindling resources, reduced manpower for rearing with the disintegration of joint family system and less pasture lands due to increased agriculture.
Most conservationists typically generalise, without focusing on regional or local variations. As a result, the policy of imposing models developed for one area and with one set of values upon another area and culture is frequently ineffective. As cattle are an integral part of the rural economy and livelihood especially for marginalised, vulnerable groups in forests where alternative employment opportunities are limited, the reduction or removal of cattle may not be a viable strategy.
A management strategy, like rotational grazing of livestock, might be an alternative instead of sticking to the strategy of reduction of cattle and curtailing villager’s rights over forests especially within the PAs. This will instill forest people’s confidence in conservation of PAs in India.
Originally published as: Das, B.K. 2008. The policy of reduction of cattle populations from protected areas: A case study from Buxa Tiger Reserve, India. Conservation & Society 6(2): 185-189.
Bidhan Kanti Das (bidhand@gmail. com) is Lecturer in Anthropology at the Institute of Development Studies Kolkata, Calcutta University Alipore Campus, Kolkata, India.
field assistants | Nathan Brouwer| 3.2
Fishermen are known for telling stories, the best known being the giant fish that unfortunately was ‘the one that got away’. Cameron Ainsworth and Tony Pitcher, both of the University of British Colombia in Canada, and Christovel Rotinsulu of Conservation International Indonesia, think there’s more to these stories than just tall tales. As fisheries around the world show signs of collapsing, its becoming apparent that stories of large fish and abundant catches from the past may not be so far-fetched. What if older fishermen aren’t exaggerating about the good old days, but rather the younger generation don’t appreciate what has been lost?
In some waters, the number of fish has been reduced by years of over-harvest. The fish themselves can also be smaller due to the genetic effects of harvesting large fish for many years. Older fishermen have witnessed these changes, but younger fishermen lack the experience to recognise emerging ask, researchers may be told that the harvest is declining, or that it’s just fine. The health of the fishery could therefore be misdiagnosed. Second, if fishermen don’t recognise that their fishery is in decline, they will accept its current health as the status quo. This makes them less inclined to believe that something needs to be done to help the fishery.
According to Ainsworth and his team, SCBs have been identified in only a few fisheries. They set out to see if one existed in the Raja Ampat Archipelago of eastern Indonesia. This was done as part of an evaluation of what changes had taken place over the last 40 years in this fishery.Raja Ampat is part of the Southeast Asia Coral Triangle, an area of remarkable coral diversity. Both artisanal and commercial fishermen work these waters. Despite a low human population, many of the typical threats to reefs are occurring there: increased fishing pressure, run-off from logging, dynamite fishing, and harvest of corals.
Because there was little historical data on the fishery, the researchers relied on the knowledge of local fisherman participating in projects sponsored by the NGO Conservation International. Over 200 fishermen were interviewed and asked to describe the status of 44 different species of fish. Fishermen ranked the abundance of each species as high, medium, or low for each decade since the 1970s. They also indicated which fish became less common over time, as well as if their price changed. These descriptions of abundance were then standardized against harvest data collected by the government since the 1990s. By knowing the number and size of fish in the fishery over the last two decades, the authors were able to back-calculate the status of the fishery through problems.
Conservationists call this phenomenon a shifting cognitive baseline (SCB). SCBs can cause two major problems. First, poor countries usually lack historical data on how productive their natural resources once were. Ecologists determining the sustainability of a fishery therefore have to consult fishermen about how many fish there were in the past. If there has been a process of shifting cognitive baselines, many fishermen will not have accurate knowledge of what fishing was like previously. Depending on whom they ask, researchers may be told that the harvest is declining, or that it’s just fine. The health of the fishery could therefore be misdiagnosed. Second, if fishermen don’t recognise that their fishery is in decline, they will accept its current health as the status quo. This makes them less inclined to believe that something needs to be done to help the fishery.
According to Ainsworth and his team, SCBs have been identified in only a few fisheries. They set out to see if one existed in the Raja Ampat Archipelago of eastern Indonesia. This was done as part of an evaluation of what changes had taken place over the last 40 years in this fishery.
Raja Ampat is part of the Southeast Asia Coral Triangle, an area of remarkable coral diversity. Both artisanal and commercial fishermen work these waters. Despite a low human population, many of the typical threats to reefs are occurring there: increased fishing pressure, run-off from logging, dynamite fishing, and harvest of corals.
Because there was little historical data on the fishery, the researchers relied on the knowledge of local fisherman participating in projects sponsored by the NGO Conservation International. Over 200 fishermen were interviewed and asked to describe the status of 44 different species of fish. Fishermen ranked the abundance of each species as high, medium, or low for each decade since the 1970s. They also indicated which fish became less common over time, as well as if their price changed. These descriptions of abundance were then standardized against harvest data collected by the government since the 1990s. By knowing the number and size of fish in the fishery over the last two decades, the authors were able to back-calculate the status of the fishery through the 1980s and 1970s using trends established from the interview data.
Ainsworth and his collaborators had to overcome a major problem inherent in qualitative data – depending on age, experience, and expectations, one fisherman’s ‘high’ could be another’s ‘low’. For example, an experienced fisherman who knows the best places to fish for a certain species may report that its abundance is high. A younger fisherman who lacks experience may be less successful, reporting its abundance as low.
The authors addressed this problem with fuzzy logic. In normal logic, ‘high’, ‘medium’, and ‘low’ would be represented using discrete categories, such as 3 for high, 2 for medium, and 1 for low, with only these three values allowed. In fuzzy logic, categories are represented on a continuous scale. For example, high is designated 1, low is 0, and medium 0.5, with any value between 0 and 1 allowed.
Additionally, every answer is allowed to be a member of more than one group. If a fisherman said a species had medium abundance, his answer is given partial membership in both the high and the low categories. This fuzziness allows different groups to overlap, and makes it possible for one fisherman’s ‘high’ to be treated the same as another’s ‘low.’
Ainsworth and his colleagues concluded that there was a SCB among fisherman in the archipelago. Older fishermen indicated that fish had been more abundant in the past, while younger ones did so less often. Moreover, the most experienced fishermen had the greatest understanding of the decline. Though there were high levels of variability, the fuzzy analysis indicated perceived declines among all species in the fishery, including those not harvested. The older fisherman did not exaggerate about the ‘good old days’, either: the authors’ found evidence that some species may have declined by an order of magnitude since the 1970s.
Ainsworth and his collaborators conclude that the lack of precision in qualitative data is countered by the ease of collection and the breadth of knowledge fishermen possess. While government data indicated that some species were in decline, it did not indicate a community-wide decline. The Ainsworth team concludes that the use of indigenous knowledge is important in biodiversity assessment and that shifting cognitive baselines must be accounted for in fisheries studies.
Ainsworth, C.H., T.J. Pitcher and C. Rotinsulu. 2008. Evidence of fishery depletions and shifting cognitive baselines in Eastern Indonesia. Biological Conservation 141: 848-859.
Nathan Brouwer (brouwern@gmail. com) is a PhD student at the Department of Biological Sciences, University of Pittsburgh, USA.
field assistants | Bennett Hennessey and Jessica Rogers| 3.2
In biologically rich but economically impoverished areas of the world, people frequently turn to bushmeat as a food source. Bushmeat is any meat caught in the wild for human consumption. The hunting and capturing of bushmeat often fails to discriminate between common and abundant, and rare and threatened species. As a result, the collection of bushmeat can be a force driving some bird and mammal species closer to extinction.
In the tropical rainforests of Central Africa’s Congo Basin, fish and bushmeat are the primary sources of protein for the human population. Meat from domesticated animals is both rare and expensive. In the tropical forest habitat of the Republic of Congo, hunters target medium to large mammals, including chimpanzees, gorillas, other primates, elephants, bongo, and several species of antelope. Several of these species are globally endangered, although locally abundant. As the human population grows, the forests around villages and towns have been cleared for agriculture. In addition, hunting has decreased the supply of local wild animals. As a result, villagers increasingly depend on meat from outside the area immediately surrounding the villages.
The largest town in northern Republic of Congo, Ouesso, has a meat trade that consumed 5700 kg (12,566 lbs) of bushmeat a week in 1994. Duikers (small forest antelopes) were the most abundant animal hunted, with a remarkable 400 individuals sold per week, likely due to the ease of hunting and transporting them. Unfortunately, the meat of endangered species, such as chimpanzees, gorillas and even elephants, was also sold in the market.
By following hunters and interviewing them, we learned about the three main hunting systems used in the area: snares, night hunting with flashlights and guns, and day hunting, the only legal form of hunting. Snares were the most common form of hunting due to the inexpensive nature of the materials necessary. Snare hunting is indiscriminate, often capturing endangered species such as gorillas. We found that two-thirds of the meat for the market came from a road to a village called Liouesso, southwest of Ouesso. As the roads between these areas improve or degrade it is likely the routes of meat entering the market will change.
Finally, we concluded that law enforcement and wildlife management were ineffective in the study area, either because local people were unaware of the laws or because the area concerned was too large for local law enforcement to effectively patrol. The addition of roads to this area might aid law enforcement’s ability to patrol, but would also result in easier transport of bushmeat and increased access to hunting grounds. We recommend that Ouesso should continue to be monitored to determine the sustainability of its bushmeat trade. The simplicity of this study means that it can easily be repeated to understand how sustainable this market has become, and what impacts the bushmeat trade may incur on local biodiversity.
Originally published as:
Hennessey, A.B. and J. Rogers. 2008. A study of the bushmeat trade in Ouesso, Republic of Congo. Conservation & Society 6(2): 194-230.
Bennett Hennessey (abhennessey@ armonia-bo.org) is at the Armonia/ BirdLife International, Santa Cruz de la Sierra, Bolivia.
Jessica Rogers (firstname.lastname@example.org) is at the Department of Ecology, Evolution and Environmental Biology, Columbia University, USA.
field assistants | Muhammad Ali Nawaz, Jon E. Swenson and Vaqar Zakaria | 3.2
Biodiversity conservation in developing parts of the world, like South Asia, is challenging due to large-scale poverty, an enormous population, and greater dependence on resources taken from nature. Protected Areas (PAs) serve as important tools for conservation and sustainable development, and the number of PAs has grown impressively in South Asia during the last five decades. However, the traditional approach of excluding people from parks has often hampered the creation of PAs in a struggle between conservation and development. The modern perspective of PA management views resident communities as important stakeholders and emphasises accommodating the economic and social needs of society. This approach is very relevant in south Asian countries, where the livelihood of rural communities and PAs are essentially linked. However, these principles largely remain to be incorporated into national policy in South Asian countries, like Pakistan.
Pakistan’s conservation policies and legislation does not allow public participation in PA management nor recognises public rights. Recently, there have been a few initiatives to change the national management paradigm, and bring the concerns of peoples’ livelihood into the conservation equation. The creation and management of Deosai National Park (DNP) in Northern Pakistan was one such initiative, which aimed to improve the livelihood of local communities without compromising conservation, particularly the protection of endangered brown bears (Ursus arctos ). A recent study by Nawaz et al. (2008) evaluated the effectiveness of the park management strategy adopted in the DNP in terms of the trend of the brown bear population. The brown bear, the key species of the park, is an endangered species with rapidly shrinking range in Asia.
DNP (75° 27’ N, 35° 00’ E) is an 1800 km2 alpine plateau, with elevations of 3,500 to 5,200 m. It is a relatively flat area between narrow valleys and steep mountains, and its vast grazing grounds make a significant contribution to the livelihood of local and nomad communities. The Himalayan Wildlife Foundation (HWF) initiated a project in 1993 to conserve brown bears in DNP. The HWF operated a summer field camp in DNP from 1993-2006, and its staff observed individual bears regularly and documented the information required to estimate population size and reproductive parameters. The following factors helped in individual recognition:
1) distinct color variation among individuals, 2) characteristic white patches, which differed in size and shape, 3) sexual dimorphism: brown bears are sexually size dimorphic, which helped differentiate between sexes, 4) radio-collaring: seven adults were radio-collared, which increased the reliability of the observational study, and 5) genetic analysis verified population size and maternal relationships among individuals that were assumed from field observations.
Counts of brown bears increased from 19 in 1993 to 43 in 2006. Averaged over the study period, there were 41% adults, 8% subadults and 18% young (up to 4 years of age) in the population. Population growth rate was estimated at 5% annually (95%CI: 1.03-1.07), by regressing population size (ln N) on year.
This statistically significant population growth suggests that the program has been successful and that the park has met its primary goal. The DNP had a three-fold challenge for management since its inception: a biological challenge to conserve the small brown bear population, a resource management challenge to balance the needs of people without compromising ecological integrity, and a sociopolitical challenge to build the confidence of the local communities and engage them in conservation. The key factors behind the success of the park appear to be the reduction of human-caused bear mortalities and community participation.
Community participation was achieved by recognising community rights and sharing park benefits, which was a major departure from the conventional PA management in Pakistan. The recovery of the bear population is significant because the population has the lowest reproductive rate yet documented for a brown bear population, due to a late age of first reproduction (8.25 years), a long reproductive interval (5.7 years), and small litter size (1.33).
Poor habitat quality, low-quality food, high seasonality, and extreme weather conditions in the Himalaya probably explain the poor reproductive performance. Considering this low reproduction and known exchange of individuals with neighboring populations, we believe that the observed growth was a sum of reproduction and immigration.
The study documents movement of brown bears between Deosai and adjoining valleys in Pakistan, and also shows connectivity with the Indian populations. We recommend that protection be extended to the adjacent valleys, while allowing communities to sustain their livelihoods. Cross- border cooperation in this area, such as a joint peace park or protected areas along the Line of Control, should be a priority action to conserve bears in the region. Such an initiative would benefit many other threatened large mammals as well.
Brown bears are declining throughout South Asia and often have low productive rates. Therefore, conservation efforts for brown bears in this region must target reducing human-caused bear mortalities, particularly of adult females. Changes to the legislative and regulatory framework of the PA that would recognise the rights of communities and provide the framework for community participation and benefit sharing should promote the involvement of the local people. Involvement of the local people can increase the efficiency of conservation, in addition to reducing costs and conflicts.
Originally published as:
Nawaz, M.A., J.E. Swenson and V. Zakaria. 2008. Pragmatic management increases a flagship species, the Himalayan brown bears, in Pakistan’s Deosai National Park. Biological Conservation 141(9): 2230-2241.
Muhammad Ali Nawaz (nawazma@gmail. com) is the Country Director of the Snow Leopard Trust, Islamabad, Pakistan.
Jon E. Swenson (email@example.com) is a professor at the Department of Ecology and Natural Resource Management, Norwegian University of Life Sciences, Norway.
Vaqar Zakaria (vzakaria@haglerbailly. com.pk) is Director, Environment & Wildlife at the Himalayan Wildlife Foundation, Islamabad, Pakistan.
field assistants | Mark Reed | 3.2
Conservation problems are typically complex, uncertain, multi-scale and affect multiple actors and agencies. This demands transparent decision-making that is flexible to changing circumstances and embraces a diversity of knowledge and values. To achieve this, stakeholder participation is increasingly being sought and embedded into environmental decision-making processes, from local to international scales. However, involving people in decisions is inevitably time- consuming and costly – and it may not work. History is littered with examples of failed attempts to work with stakeholders. Old conflicts have been re-ignited, and dominant groups and individuals have been given the power to de-rail or bias outcomes. So why are so many conservationists still interested in participatory approaches?
First of all, whether it works or not, there is a strong argument that we should give those who are affected by, or who can affect, proposals to develop the uplands a chance to have their say. Increasingly this is a right that is being enshrined in law. The Aarhus Convention stipulates that all environmental decisions must involve stakeholders. Local communities are now being involved in environmental decision-making across Europe as River Basin Management Plans are developed in collaboration with stakeholders to reach water quality targets under the Water Framework Directive.
But proponents of participatory approaches argue that there are also many pragmatic benefits to be gained from working with stakeholders. They argue that the reason why stakeholder engagement has sometimes failed in the past is that people haven’t done it right. Poor engagement may be more damaging than none at all. But to what extent are these claims supported by evidence? There is now empirical evidence showing that environmental decisions that were taken in collaboration with stakeholder were higher quality and more durable. Decision quality can be higher because decision-makers can access a wider range of often higher quality information upon which to base decisions, rather than relying solely on text-book answers from researchers. By getting a more complete picture in this way, unintended consequences may be anticipated and avoided. The long-term durability of decisions can be enhanced through participation because the design of interventions, projects and technologies can be more effectively adapted to local circumstances, needs and priorities.
Although empirical evidence has yet to be collected, many other benefits have been claimed. For example, by establishing common ground and trust between participants and learning to appreciate the legitimacy of each others’ viewpoints, participatory processes may have the capacity to transform adversarial relationships and find new ways for participants to work together. This may lead to a sense of ownership over the process and outcomes. If this is shared by a broad coalition of stakeholders, long-term support and active implementation of decisions may be enhanced. Depending on the nature of the initiative, this may significantly reduce implementation costs. Surely even if a few of these additional benefits can be realised, it is worth trying to engage stakeholders in conservation?
There are numerous ways of conceptualizing stakeholder participation in conservation. Early work used the metaphor of a ‘ladder of participation’ to describe different levels of participation from no engagement (one- way communication), through more consultative levels to community empowerment at the top of the ladder. More recently, this has been re-cast as a ‘wheel of participation’, emphasising that different levels of participation are relevant in different contexts. In some contexts (e.g. informing stakeholders about a change in the law), communication may be the most appropriate course of action (indeed anything more would raise unrealistic expectations and waste everyone’s time).
But participation is more than either of these metaphors can describe. It is an approach that values and attempts to reconcile multiple (often differing) perspectives, to facilitate learning and progress.
There is a philosophy (some have called it a world view) underpinning stakeholder participation that emphasises empowerment, equity, trust and learning. There is a need to replace a ‘tool-kit’ approach to participation, which emphasizes selecting the relevant tools for the job, with an approach that views participation as a process. This view emphasises the people who use the tool-kit in the context of a long-term relationship where the parties develop mutual trust and respect as they learn from each other to negotiate potential solutions.
In this context, it is possible to consider best practice principles that can guide the design of effective participatory processes. Box 1 suggests 6 principles based on a Grounded Theory Analysis2 of available literature on stakeholder participation from around the world.
Although few of the claims that are made for stakeholder participation have been tested, there is evidence that it can enhance the quality of environmental decisions, possibly due to more comprehensive information inputs. However, the quality of decisions made through stakeholder participation is strongly dependant on the nature of the process leading to them. Deficiencies in this process are most commonly blamed for the failures that have led to disillusionment in stakeholder participation. Often this has arisen from a focus on the tools of participation, rather than the process within which those tools are used. However, by focusing on participation as a process, Box 1 identifies a number of best practice principles from the literature. But for these sorts of approaches to become embedded in conservation practice, stakeholder participation must be institutionalised, creating organizational cultures that can facilitate processes where goals are negotiated and outcomes are necessarily uncertain. In this light, participatory processes may seem very risky, but there is growing evidence that if well designed, these perceived risks may be well worth taking.
Box 1: Best practice principles of stakeholder participation in environmental management
- Start talking to people as soon as you can
Stakeholder participation should be considered right from the outset, from concept development and planning, through implementation, to monitoring and evaluation of outcomes. Engagement with stakeholders as early as possible in decision-making has been frequently cited as essential if participatory processes are to lead to high quality and durable decisions. Typically, stakeholders only get involved in decision-making at the implementation phase of the project cycle, and not in earlier project identification and preparation phases. Increasingly they may also be involved in monitoring and evaluating the outcomes of the decision-making process. However, unless flexibility can be built into the project design, this can mean that stakeholders are invited to get involved in a project that is at odds with their own needs and priorities. This may make it a challenge to motivate stakeholders to engage with the decision-making process, and those who are engaged may be placed in a reactive position, where they are asked to respond to proposals that they perceive to have already have been finalised. The Sustainable Uplands Project presents one of the few documented examples of stakeholder engagement right from the development of the initial concept. This was made possible by seed- corn funding from the Rural Economy and Land Use programme where stakeholders developed a project proposal with researchers in a Scoping Study. A review of the Programme’s seed-corn funding showed that it played a crucial role in catalysing interdisciplinary collaborations to tackle complex problems, and recommended wider use of such funding mechanisms. Other researchers have shown how stakeholders could be actively engaged in sampling design, data collection and analysis, in addition to more traditional roles.
2 Make sure you’re talking to the right people
Stakeholder analysis is increasingly being used to systematically represent those relevant to environmental decision-making processes. Stakeholder analysis is a process that: (i) defines aspects of a social and natural system affected by a decision or action, (ii) identifies individuals and groups who are affected by or can affect those parts of the system (this may include non-human and non- living entities and future generations), and; (iii) prioritises these individuals and groups for involvement in the decision-making process. A wide variety of tools and approaches have been used for stakeholder analysis to: (i) identify stakeholders; (ii) differentiate between and categorise stakeholders; and (iii) investigate relationships between stakeholders.
3 Make sure you know what people want to talk about
In order to design an appropriate process using relevant tools, it is essential to clearly articulate the goals towards which the group will be working. This is closely linked to stakeholder analysis and may take place as part of such an analysis, where system boundaries and issues are identified alongside those who hold a stake in what happens to the system under investigation (Reed et al., submitted for publication). This may require negotiation, and different stakeholders may have irreconcilable objectives. If the goals are developed through dialogue (making trade-offs where necessary) between participants, they are more likely to take ownership of the process, partnership building will be more likely, and the outcomes are more likely to be more relevant to stakeholder needs and priorities, motivating their ongoing active engagement.
- Be flexible: base level of participation and methods on your context and objectives
Participatory methods can only be chosen once the objectives of the process have been clearly articulated, a level of engagement has been identified that is appropriate to those objectives, and relevant stakeholders have been selected for inclusion in the process. For example, there are many methods that can be used to communicate (e.g. information dissemination via leaflets or the mass media, hotlines and public meetings), consult (e.g. consultation documents, opinion polls and referendums, focus groups and surveys) or participate (e.g. citizen’s juries, consensus conferences, task- forces and public meetings with voting) with stakeholders. Methods must also be adapted to the decision-making context, including socio-cultural and environmental factors. For example, methods that require participants to read or write should be avoided in groups that might include illiterate participants. The amount of time that participants are likely to give up varies between cultures, and limited time may constrain the choice of methods. Equally, the resources available may also limit this choice. Depending on the power dynamics of the group, methods may need to be employed that equalise power between participants to avoid marginalising the voices of the less powerful. There is evidence that less powerful actors who are marginalised during decision-making can delay or prevent implementation through litigation.
- Get a facilitator
Don’t underestimate the power of a good facilitator to bring people together and deliver high quality outcomes. The outcome of any participatory process is far more sensitive to the manner in which it is conducted than the tools that are used. Highly skilled facilitation is particularly important in the uplands, given the high likelihood of dealing with conflict, for example between conservationists and resource users. Different facilitators can use the same tools with radically different outcomes, depending on their skill level. Such skills include technical expertise in the use of different tools. However, it is sometimes the most seemingly simple of methods, such as informal group discussion, which require the greatest expertise. A successful facilitator needs to be perceived as impartial, open to multiple perspectives and approachable. They need to be capable of maintaining positive group dynamics, handling dominating or offensive individuals, encourage participants to question assumptions and re- evaluate entrenched positions, and get the most out of reticent individuals. Such skills are difficult to learn and tend to be developed through years of experience, intuition and empathy.
- Put local and scientific knowledge on an equal footing
The need for scientific information and analysis to inform stakeholder deliberation has been identified by many authors as an essential ingredient in any participatory process. It is argued that local stakeholders may be able to learn from scientific sources of knowledge and so make more informed decisions in highly technical decision-making contexts, for example using Citizens’ Juries. Equally, by taking local knowledge into account, researchers may have their assumptions and validity of results questioned, leading to further investigation and a more rigorous understanding of the issues they are investigating. Following from this, cross- fertilisation of ideas between these different sources of knowledge may provide more comprehensive information upon which to base decisions, which may increase their robustness and durability. Having said this, opponents argue that local knowledge may be exaggerated or distorted, and irrelevant to ‘scientific’ nature of much modern environmental management. On this basis, concerns have been expressed that integrating scientific and local knowledge bases will inevitably involve a trade-off between meaningful participation and scientific rigour. However, the same critique can be made of scientific knowledge, which should also not be uncritically accepted without evaluating the uncertainty and associated value judgments in the claims being made. If we consider local and scientific knowledge to be equally valid, it is necessary to subject each to an appropriate level of scrutiny, before considering what exactly may be integrated.
Originally published as:
Reed M.S. 2008. Stakeholder participation for environmental management: A literature review. Biological Conservation 141: 2417–2431.
Mark Reed (firstname.lastname@example.org) is Senior Lecturer at Aberdeen Centre for Environmental Sustainability and Centre for Planning and Environmental Management, School of Geosciences, University of Aberdeen.
field assistants | Rafael D. Loyola and José Alexandre F. Diniz Filho | 3.2
Mammals are key components in ecosystems acting as grazers, predators, and seed dispersers, and providing important benefits to humans, such as food, and recreation. Despite that, mammals are also an extremely endangered group with around a quarter of extant species being considered as threatened. Mammals from the order Carnivora are likely to come into conflict with humans, especially when they prey upon livestock. This leads to human illegal activities (hunting, poaching, poisoning) that adversely affect their population viability. In fact, the ultimate driving force of almost all recent and ongoing declines in mammal populations and their immediate causes (habitat loss, hunting, and species invasion) is the growth of human populations; hence species inhabiting more heavily impacted regions are at higher extinction risks.
However, species respond differently to human threats and several factors can influence such responses. It is known that extinction risk in mammals can be driven both by environmental factors (habitat loss, climate change) and intrinsic biological traits of the species (gestation length, body size, population density). Moreover, small and large species have different probabilities of extinction given that smaller species are primarily affected by environmental factors (including human impacts), whereas larger species are also constrained by their intrinsic traits. Some species of carnivores, for instance, are likely to move more rapidly towards extinction than others, as a result of synergistic effects of their own biology and threats posed by the increase of human population density in certain parts of the globe. Therefore, as biodiversity and threats are not homogeneously distributed around the Earth’s surface, setting conservation priorities is unavoidable and necessarry.
Until recently, conservation planning experiments tended to attribute high importance to areas with the highes species richness and endemism, where many species are thought to be at imminent risk of extinction, or where extensive habitat loss has already taken place. However, as species respond differently to human-driven threats, there is a need for including biological traits into such prioritization schemes, because this would entail more ecologically-based options and flexibility for conservation planners, stakeholders and policymakers. We have recently included species evolutionary and ecological traits in different prioritization scenarios for mammals of the order Carnivora inhabiting all Latin America (the so-called Neotropical region) and were able to indicate regions that are less impacted today due to human activities while harboring most very vulnerable species. These regions should, therefore, provide the best return for conservation efforts.
To do this, we first acquired data on four species biological traits, namely body size, rarity, extinction risk, and phylogenetic diversity. These traits are crucial given that they are obviously linked to the persistence of carnivore populations. In particular, the rationale for including phylogenetic diversity (a measure of a species unique evolutionary history) is that species with higher amounts of independent evolution be assigned a higher priority ranking because they retain more genetic/evolutionary information, maximizing the accumulation of conspicuous diversity. Secondly, we mapped these biological traits, and used prioritization algorithms to find optimal sets of regions capable of representing all Neotropical carnivore species in as little an area as possible.
Algorithms were constrained by biological traits so that different planning scenarios could be derived. Hence, when optimal sets were forced to include regions tending to aggregate rare large-bodied species, with high phylogenetic diversity, and under high extinction risks, a very vulnerable scenario emerged (Fig. A). On the other hand, when optimal sets included regions with large-bodied species, but that is not rare nor under high extinction risks, a species persistence scenario emerged (Fig. B). These scenarios were then compared with another representing all carnivore species, but favoring the inclusion of regions with a higher degree of protection, lower levels of original habitat loss, larger numbers of large blocks of original habitat, and
lower rates of conversion of remaining habitat, that is, a lower conservation conflict scenario (Fig. A, B).
Optimal set of regions required for representation of all carnivores at least once under a very vulnerable scenario (orange) combined with those included in a scenario of lower conservation conflict (green). Priority regions included in both sets are shown in red (A), and the combination of a species persistence scenario and the lower conservation conflict scenario (B).
These results showed that conservation efforts for carnivores in Latin America should be concentrated in priority sets of 12–14 regions if all species are intended to be represented. The most important regions are those that occur in the optimal sets that minimize conservation conflicts, as well as those that are very vulnerable and call for urgent intervention. Conservation action in these areas is likely to yield the best return for the investment at the regional scale. The incorporation of species evolutionary and ecological traits can generate more ecologically supported priority sets and this has important implications for reserve network design. Conservation planning would benefit from the inclusion of species biological traits in optimisation
algorithms once the results would better support policy negotiations that, ultimately, are intended to maintain wild animal populations over large periods of time. This kind of approach contributes now to a joint framework for the development of national and continental strategies for carnivore biodiversity conservation. It also adds to growing efforts to establish action
plans to apply finite funds and efforts where they will be most effective.
Originally published as:
Loyola, R.D., G. Oliveira, J.A.F. Diniz-Filho and T.M. Lewinsohn. 2008. Conservation of Neotropical carnivores under different
prioritization scenarios: Mapping species traits to minimize conservation conflicts. Diversity and Distributions 14: 949-960.
Rafael D. Loyola (email@example.com) and José Alexandre F. Diniz Filho (firstname.lastname@example.org) are Professors of Ecology and Evolution at the Departamento de Ecologia, Instituto de Ciências Biológicas, Universidade Federal de Goiás, Brasil.
field assistants | Adam Barlow | 3.2
Tracking changes in wild tiger numbers is essential for evaluating the impact of conservation strategies and for identifying emerging threats. Unfortunately, tigers are notoriously elusive, particularly so in the Sundarbans of Bangladesh and India; a globally important tiger landscape and the largest mangrove forest in the world. The Sundarbans is made up of a maze of thickly vegetated islands interspersed with tidal waterways that presents a unique set of challenges for counting tigers. Camera trapping has been used in other areas to estimate tiger abundance, but such efforts in the Sundarbans have been hampered by the lack of recognizable tiger travel routes, without which capture rate is too low to make sound conclusions. However, tigers crossing creeks in the Sundarbans leave distinct tracks on the muddy banks which can be used to infer relative abundance with a suitable sampling strategy and reasonable set of assumptions. Furthermore, the fact that the track sets are made in a uniform medium and are degraded by the same tidal process, effectively limits the potential effects of variation in detectability across the study area.
To get an index of tiger abundance, we designed a survey that recorded the number of tiger track sets/km of creek surveyed for each of 65 sample units covering the 6,000 km2 of the Bangladesh Sundarbans. Over two months of field work, three teams surveyed 1,201 km of khals, recording 1,338 tiger track sets. Tiger tracks sets were noticeably sparser in the north-east, where the forest borders village areas, compared to the south and west. The next step is to investigate if this apparent disparity in relative tiger abundance across the landscape is related to ecological factors or human activity. If low tiger abundance is a response to human activity, such as prey poaching for example, there may be considerable scope to increase the tiger population in the future through improved management of the problem areas. Work is underway to estimate prey numbers and human use across the area to provide further insight into the potential causes of variation in tiger abundance.
We calculated that we could detect approximately 20% or more future change in the tiger population if we repeated the same survey every two years. This fits with the current management protocol that will consider management intervention (such as additional forest patrolling) if the tiger population drops by 30% or more over two years. The survey does not differentiate between changes from natural processes and anthropogenic pressures, but reacting to substantial declines is a sound precautionary approach to ensure continued population persistence.
The first survey was carried out in early 2007 and at the time of writing the 2009 survey was underway. Since the last survey, the Bangladesh Sundarbans was hit by cyclone Sidr, which damaged vegetation cover in the east and killed thousands of local villagers living next to the forest. The cyclone could likewise have negatively impacted prey and tiger numbers in that area. Cyclones are a regular occurrence along the Bay of Bengal coastline and, although not frequently as devastating as Sidr, must be considered as a contributing factor to tiger and prey levels.
The track survey will be a key component of a monitoring programme being developed to measure success in tiger conservation in the Bangladesh Sundarbans. This is part of an overall conservation programme for Bangladesh, being developed in line with a recently finalised Bangladesh Tiger Action Plan developed by the Forest Department (FD) . The next challenge is to integrate the survey into the FD forest management protocol and plan activities to mitigate potential future declines. We are also in talks with the Wildlife Institute of India to discuss opportunities for developing a transboundary monitoring and conservation approach for both sides of the Sundarbans.
Monitoring changes in tiger populations individuals left in the wild), there across tiger conservation landscapes are few tiger areas that track change is essential for understanding threats in tiger populations on a landscape and focusing management response. level, whether it be in terms of relative However, with the dire predicament of abundance or absolute numbers. The tiger conservation worldwide (<4000 Russian Far East (whose monitoring approach influenced our study in Bangladesh) and some sites in India, are the only other areas where tiger population change is measured on a landscape scale. If changes in other tiger populations are not monitored closely, then wildlife managers will not be able to detect or react to declines in time to save the population in question.
However, although important, monitoring should not overshadow the need for improved protection for tiger forests. Working out how to measure tiger populations takes time, and if we do not act now to combat the multitude of threats they face, then we run the risk of loosing tigers faster than we can count them.
Originally published as:
Barlow, A.C.D., I.U. Ahmed, M. Rahman, A. Howlader, A.C. Smith and J.L.D. Smith. 2008. Linking monitoring and intervention for improved management of tigers in the Sundarbans of Bangladesh. Biological Conservation 141(9): 2032-2040.
Adam Barlow (email@example.com) is project manager for the Zoological Society of London and Wildlife Trust of Bangladesh’s Bangladesh Tiger Programme.
field assistants | Soumya Prasad | 3.1
Over the past 30 years of scientific enquiries, field biology in India has relied upon a variety of people from various backgrounds, cultures, and regions. A good team of field assistants is a core part of every field biology research project. Not only would it have been impossible to work in these remote regions without the active participation of local field assistants, but it also would have meant losing out on the unique insights into our research subjects that are gained through field assistants on several occasions. Even a brief glance at the mountain of ecological literature would bring home this point through the glowing tributes to field assistants which make up the bulk of acknowledgement sections of theses, reports and papers alike.
Occasionally, some contributions by field assistants are reflected in products of these research projects. The British naturalist, Edgar Layard, named a new flycatcher Muscicapa muttui, after his Tamil cook, Muttu (Beolens and Watkins 2003). Aparajita Datta, who works on hornbills, and conservation issues in north-eastern India, included her field assistant, Japang Pansa, as a co-author in a paper that reported the discovery of the leaf deer in India (Datta et al. 2003). Similarly, Manish Chandi, a researcher based in the Andaman and Nicobar islands, has included his assistants as co-authors in project reports. Yet, like Chandi, many field biologists feel that they want to give back something more to their assistants and to their communities than just salaries and acknowledgements.
This sentiment has been echoed across the board by researchers working with various institutions and communities, in every part of this sub-continent. Most researchers would admit that there is a big gap between what researchers gain from their field assistants and what they are able to give back to them. Still, after over three decades of active field research by Indian nationals within India, we haven’t formalised ways in which to acknowledge such contributions.
Two ‘Betta Kurumba’ tribals from Mudumalai – Bomma and Krishna – have been assisting field biologists for nearly four decades; these two men have probably had the longest careers as field assistants in India. They started off working with the Bombay Natural History Society (BNHS) projects in the Mudumalai Wildlife Sanctuary in Tamil Nadu. They have now been with the Indian Institute of Science (IISc) for the last two decades and continue to actively participate in field research at Mudumalai even today, well after both of them have become grandfathers and are in their 50s. They are excellent naturalists, a treasure trove of knowledge on Mudumalai’s flora and fauna and experts at the implementation of various field research techniques. Bomma’s caring nature and sense of humour, and Krishna’s excellent field tracking skills have accompanied many field biologists on their quests in these forests. Their work has contributed to over a dozen doctorates and several masters dissertations from this dry forest landscape.
Bomma and Krishna are rare exceptions to the general rule. Most field projects have 3-5 year tenures after which field assistants have to find other means of livelihood. Some get back to farming, others work as labourers, a few find employment with the Forest Department. Very few of them manage to get another opportunity to work with field research projects again. At the end of a field project, concerned researchers attempt to help find jobs for these assistants or help them financially in some manner, often from their own meagre resources. Projects seldom budget such expenditure and very rarely do research institutions provide provident fund, gratuity or insurance benefits for field assistants. To put it crudely, research projects use local field assistants and then dump them rather unceremoniously. There are indeed few formal institutionalised norms for dealing with this issue. One exemplary attempt to address some of these concerns at an institutional level has been the Nature Conservation Foundation’s (NCF) field assistants’ fund (see box).
Most field assistants are inclined towards natural history and their research subjects after having spent the prime of their life in field research, and often find it difficult to pursue other professions. We must realize that we are losing a case for conservation here when trained people – who could be valuable resources for the local Forest Department or other conservation and research projects – end up as farm or industrial labourers. Several research teams across the country have come to this very conclusion independently and have engaged their field assistants in innovative, mutually beneficial arrangements where the local assistants have become the centre point of conservation attempts in these landscapes. For example, Akhi Nathany from the Lisu tribe of Arunachal Pradesh is the co-ordinator of the NCF field base at Namdapha National Park. Akhi who used to hunt extensively in the past got hooked to natural history while working with field biologists who came to Namdapha. Today, Akhi uses his immense knowledge about the forest and its inhabitants to educate his fellow villagers about the need for wildlife conservation.
This issue of Current Conservation carries several examples of novel initiatives that involve field assistants in promoting conservation, while also providing them with a livelihood. In many of these cases, field assistants were trained for other Bomma and Krishna are rare exceptions to the general rule. Most field projects have 3-5 year tenures after which field assistants have to find other means of livelihood. Some get back to farming, others work as labourers, a few find employment with the Forest Department. Very few of them manage to get another opportunity to work with field research projects again. At the end of a field project, concerned researchers attempt to help find jobs for these assistants or help them financially in some manner, additional skills that were required for carrying out awareness or sensitisation campaigns (Dorje, Turtle Boys, Irulas), conservation education at local schools (Dorje), and additional language skills useful for eco-tourism (Mangu). However, given the diversity of people and their landscapes, it is hard to draw generalisations, and there are many lessons to be learnt by taking a closer look at some of the attempts to engage with local communities outlined here.
Information about field assistants, their field and language skills, and contact details already exists within the informal wildlife grapevine. It is high time that this information is organised and made available to a larger network of people and institutions involved in Indian wildlife conservation and research. We hope the articles in this issue prompt institutions and people involved in field research in this country to pursue this actively and generate a database on field assistants that can be accessed by researchers across the country. We also need to pressurise our institutions towards working out a unified policy at an institutional level with respect to providing insurance, provident fund or gratuity to local staff. Awards that recognise the contributions of field assistants along the lines of the Sanctuary awards for wildlife biologists and conservationists also need to be created. We also urge people to initiate group discussions on this topic in research seminars to invoke wider participation and networking on these issues.
The indigenous knowledge and skills of local field assistants need to be recognised, and it is time we started looking beyond acknowledgements.
Datta, A., J. Pansa, M.D. Madhusudan and C. Mishra. 2003. Discovery of the leaf deer Muntiacus putaoensis in Arunachal Pradesh: an addition to the large mammals of India. Current Science 84: 454-458.
Beolens, B. and M. Watkins. 2003. Whose bird? Common bird names and the people they commemorate. New Haven and London: Yale University Press.
Soumya Prasad (firstname.lastname@example.org) is a PhD student at the Centre for Ecological Sciences, Indian Institute of Science, Bangalore, India. Ambika Aiyadurai (email@example.com) is at the Department of Anthropology, University College London, UK.
field assistants | Madhuri Ramesh | 12.3
Tortoises are difficult creatures to find in a forest. How does one search for a quiet animal with a shell the colour of wet leaf litter? Or for one that moves around mainly at dawn and dusk in a forest full of gaur, elephants, bears and assorted snakes, and still come out of it reasonably intact, with enough data to write a Master’s dissertation?
When I began fieldwork in the Anamalai Tiger Reserve in 2002-03, it was a fairly well-researched place but few researchers had seen a Travancore tortoise in the wild. In 1983-84, J. Vijaya had done a pioneering study on these animals in the Anamalai—Chalakudy region but unfortunately, only a few brief articles had been published before her early demise and much of her remaining notes had been lost or had simply crumbled away over the years – the official record was a total of just seven tortoises and that too went a long way back, to E.O Moll, in 1989. Did that make this an extremely rare species or a particularly shy one?
When I decided to work on this species, I heard much well-meant advice against this choice of animal because there was the very real risk of not being able to gather enough information to get my degree. But I was fascinated by what little I knew from watching captive Travancores in the Madras Crocodile Bank and was determined to give it at least one good try. In short, I was hooked even before I began.
So to field I went, with enthusiasm outstripping experience by a good margin. I showed around photographs of captive Travancores and it soon became apparent that they were known only to the older Malaimalasar and Kadar people in the sanctuary. They too said it was hard to find. After a month of fruitless searches with a number of field assistants ranging from an old man (who was quite deaf) to a Forest Guard (who wanted to be home by 4 pm sharp), I was getting quite desperate since I had a tight deadline at the end of which I would have to go back and write a thesis. Then I met Ganesan anna. He’d been away helping some filmmakers but I had left word with several people that I wanted to meet him since he had been highly recommended by other researchers who had worked in the Anamalai Hills.
Someone pointed him out to me when he sauntered into the Topslip teashop one day. By this time everyone around Topslip and the neighbouring Parambikulam Wildlife Sanctuary knew about my strange interest in tortoises, which seemed all the more odd in a region teeming with megafauna. But when I introduced myself to Ganesan anna, he first feigned ignorance about my project and then pretended to be too busy to work with me. I was really disheartened by his initial response since as far as fieldcraft went, he was a star. And it was very clear that he knew it! I spent another few days of precious field time way-laying him every time he stepped outside his settlement and asking him when he might be free. Fortunately, he eventually agreed to work with me and said that he had seen a few tortoises before and had some idea of where to start searching. I think more than my pestering, it was everyone else’s conviction that this was too difficult a job even for him that did the trick, for he simply could not resist such a challenge to his expertise.
In the beginning, it was like working with a prima donna: I would go to our meeting point near the Topslip bus stop and wait for him to turn up. Some days he would be there on time and others he wouldn’t. The times he didn’t, I would be left sitting at the bus stop, shredding fallen leaves with immense concentration and vigour. My stomach would churn with the worry of losing yet another day of fieldwork. He would add to my irritation by rarely bothering to explain why he didn’t come to work the previous day or failing to send word through someone that he had other plans.
However, the days he did turn up, I learned so much while walking in the forest with him that it seemed worth putting up with his temperamental approach to schedules. And best of all, he found us our first tortoise on just the third day of fieldwork! However, we went through almost two months of trial and error. At the end of each day, we’d discuss our hunches about how to refine our search. We figured out that it was best to enter the forest in the afternoon and search intensively until dark, so it would often be well past nightfall by the time we returned. As he made it a point to remind me frequently, he knew the area like the back of his hand, so coming back in the dark posed no difficulties for him although we had to cut across long stretches of the forest before we hit a trail that could take us back.
Ganesan anna always brought a small bag with him when we went to field. It would have a torch, some soapnut to make a paste to keep off leeches and sometimes, a small matchbox and a roll of beedis. His machete was like an extension of his hand – I never saw him enter the forest without it. When we were a little way into the forest, he’d first stand still and silent and just look around, maybe wordlessly point out some fresh civet scat to me. Then he’d stand on one leg while he scratched at the other with his machete and pondered which direction we’d take that day. His deliberations over, he’d suddenly take off into the forest. I’d scurry behind, trying to spot birds in the canopy while avoiding tree roots which seemed specially designed to trip unwary researchers. It always took him an hour or two to thaw enough to actually talk to me, but since I enjoyed walking quietly, his silences were welcome and it meant that we missed little of the wildlife that came our way.
When we sat on a rock to catch our breath, he would point out medicinal plants and stinging nettles. Sometimes, he’d give me news from the settlement or help me learn the Kadar dialect. He’d make me recite the names of plants and animals we had seen so far. Or, we would have ten minutes of ‘conversation practice’ before resuming work. Initially when I made mistakes, he would condescendingly tell me, “Literate people are not used to storing information in their head and should stick to writing things down in their little notebooks.” Perched on his rock, he’d look very pleased with himself after that declaration, unfazed even if I snapped back. As we grew to know each other better, he continued to say it, but with a big grin and I often shamelessly chanted it with him when I had forgotten something. If the going was tough with rain and leeches, he would cheer me up with a folktale because I had an insatiable appetite for stories and would scribble them down as he talked. His wife and cousin were also generous sources of songs and stories whenever I visited their settlement, and they kept a protective eye on me throughout my field days.
I usually left it to him to make a lot of the in-field decisions but sometimes I had to insist that certain sampling schedules were followed. This frequently involved a verbal tug-of-war and in one instance, it ended with Ganesan anna and me vowing we never wanted to see each other again. Then the sisterhood stepped in: the women gave him a piece of their mind for fighting with me (unnecessarily of course) and he actually came looking for me two days later (I was shredding leaves by the bus stop). As we both found fieldwork too exciting to stop on account of our quarrels, we went back to work immediately. But the impossible man had found a new dialogue now – if he didn’t agree with something I said, he would roll his eyes towards the sky, heave a huge sigh and say “Kadavule, yenna mattum kapathu!” (God, save only me!) It’s the best example I’ve heard of provocation masquerading as piety.
You may wonder why I so wanted Ganesan anna to work with me despite all the drama – how hard could it be to find a creature that’s legendary for being dead slow? Well, tortoise hunting is incredibly difficult! Apart from the awkward hours the creatures keep, clambering up and down rocky stream beds and tick- or leech-infested banks is exhausting work. In summer, we also had to keep a sharp lookout for thirsty gaur and elephants.
Travancores often tunnel their way into lantana thickets or bushes bordering streams and these are distinctive though it takes practice to identify them. Searching for the tortoise itself needs a lot of concentration and skill for they are beautifully camouflaged: sometimes you could be looking directly at one and still not realise it. You can almost hear a click in your head when the jumble of black and brown leaves you’ve been absent-mindedly gazing at for a couple of minutes suddenly resolves itself into the carapace of a Travancore tortoise sitting amongst leaf litter. It was usually at this point that I’d give a very unscientific whoop of delight and pounce on the poor animal to take measurements (altogether we found 79 tortoises over six months). Initially, I used to just tag along behind Ganesan anna, but with time, I acquired a keen eye for spotting tortoise trails and the animal itself. As I grew more experienced, when we reached a suitable place we’d split up and search. We had to be quiet as well because we discovered that noise made the tortoises hide under dense undergrowth. Whenever we separated to search, Ganesan anna insisted that we keep in touch using the soft ‘hoo-hoo’ calls of the lion-tailed macaques so he would know I was alright. My single-minded search for Travancores worried him because he felt I didn’t pay enough attention to the likelihood of stumbling across a sleeping bear. This was the only animal that made him nervous, because startled bears tend to lunge straight at a person’s face and rake it with their long claws. He said that they were too stupid to realise a human was nearby until you got very close to them, and they were too mean to give adequate warning before attacking.
But it wasn’t only about being quiet. Finding tortoises needed sharp ears as well for sometimes you can hear the slow tell-tale sound of a tortoise ambling through the undergrowth. It was easier in summer when the leaf litter was dry and the deliberate scrunch of a tortoise’s footsteps could be heard several meters away. While I was quite happy with the way experience was honing my senses, I must admit I came a poor second compared to Ganesan anna. He had a sort of sixth sense about which stretch of the stream bed to concentrate on and which one to casually walk past. And of course, all the while, he would also keep tabs on me and the other creatures!
Later, when I asked if we could extend our search to other patches of forest, he told me about the forests around Anaikundhy and Varagaliar but hesitantly mentioned that it would involve camping in the Anaikundhy watchtower, which was about 15 km from Topslip. But by this time, like many women researchers before (and after) me, I trusted him completely so I was willing to go and stay wherever he thought it was safe. We had to carry our rations and trek to the spot. We had underestimated the amount of provisions we’d need but I didn’t mind in the least because he would cook interesting forest food like wild spinach and tender cycas fronds to eat with kanji. On one of the trips to Anaikundhy, we found that the mahouts from the elephant camp nearby had carried away the plates and glasses kept there. We fashioned containers from bamboo and everything we ate and drank had a mild, salty bamboo-ish tang to it. The Anaikundhy area turned out to be an even better place for tortoises. In addition to patches of forest, amidst old teak plantations, it had large stretches of grassy swampland (called vayal) which harboured tortoises. By now we had a good idea of where and how to search – we were averaging at least one tortoise a day. (I assure you, that was actually an impressive rate!) But it was still such a challenging task that we gloated over every single one we found.
But Anaikundhy was memorable for another reason: I discovered the one animal Ganesan anna truly disliked. Ants! The watchtower was crisscrossed with ant lines that raided the rice and sugar that we and the anti-poaching patrol stored there. He would spend a lot of time squashing the ants with his machete because he believed that eating food with ants in it could make a person go blind. My giggling over his needing a huge weapon to eliminate a tiny creature never deterred him. He would simply ignore yet another pesky researcher telling him what’s what and just get on with wiping out the ants.
If he could have written a book, Ganesan anna would probably have written one titled ‘Bringing Up Young Researchers’. He has worked with several scientists, right from when they were young students many of whom still come looking for him whenever they are in Topslip. He takes his job very seriously, and so when he was working with me, I not only heard a lot of forest lore from him but also lectures on the importance of courage and so on. Since “why” is one of my favourite questions, we often had long discussions on many topics and I suspect I became more familiar with his worldview than someone who politely agreed with what he said.
As every researcher will attest, fieldwork is often grindingly hard work and there are days when the weather, leeches and ticks, hasty meals and inability to have a long hot bath will all get to you. But what I found worse than all of those were the leering busybodies who flooded Topslip in the tourist season and thought a lone researcher was yet another strange animal to be commented on and provoked for a reaction. I had a few friends amongst the Topslip residents who would look out for me, but it was mostly having Ganesan anna and his family solidly on my side that helped me complete fieldwork. Their friendship and humour saw me through some stressful days.
It’s due to people like Ganesan anna that researchers like me are able to convert academic pipe dreams into publishable data. It is some fifteen odd years since I worked in the Anamalais but Ganesan anna and I still keep in touch through sporadic postcards and phone calls. When I told him that I wanted to write about our tortoise search, especially my experience of working with him, he had a predictable response, ““Kadavule, yenna mattum kapathu!”
Madhuri Ramesh has written two books on the Kadar people, with her colleague Manish Chandi. At present, she works with Dakshin Foundation on coastal spaces and resources in the Andaman islands.
Debangshu Moulik is a visual artist and illustrator based in Pune, India. He is mostly found painting on huge canvases or hunched over heaps of papers scribbling away.
field assistants | Meera Anna Oommen | 3.1
The remote and poorly accessible Kedarnath, Badarinath and other ancient shrines located high up in the Garhwal Himalaya are some of Hinduism’s holiest pilgrimage sites. Religious tourism offers some employment opportunities for people living in the region – as porters, horsemen, and workers in the small restaurants and hotels that spring up seasonally to accommodate a large number of pilgrims. The climbers and tourists who visit the region for its spectacular panoramic views of the peaks such as Kamet, Chaukhamba, Bandar Poonch and Nanda Devi have also been a source of income for the local people in the Garhwal and Kumaon regions. Gyan Singh belonged to Ransi, a small village in the Rudraprayag District of Garhwal. He was a shepherd most of his life and had, as a result, an in-depth knowledge of the valleys and wildlife in the region. Although his patch of land and livestock provided him with a source of livelihood, he supplemented his income as a porter based at Gaurikund, the hamlet at the beginning of the Kedarnath trail. During summer, when the trail to the temple was snow-free, the large numbers of devotees visiting the shrine were willing to pay considerable amounts of money to men who carried them or their luggage. Wooden palanquins borne by porters are still a popular mode of transport for pilgrims unable to trek in the tough mountain terrain.
Our association with Gyan Singh started in 1996 when we began our field surveys with the Wildlife Institute of India in Kedarnath Musk Deer Sanctuary. Our project aimed to identify potential areas for conserving biological diversity in the Western Himalaya and the trans-Himalaya. Kedarnath, on account of its wide variety of habitat types, remoteness and large elevational extent was an ideal site for detailed explorations on species diversity patterns which formed the focus of the study. After one of our initial surveys to the area surrounding the Madhyamaheshwar temple, we camped at the inspection bungalow at Akhtauli near Ransi. Although there were a number of porters who were familiar with the temple trails, our search for men who knew the surrounding wildlife sanctuary and who were willing to risk a trek out to the higher valleys in late autumn and unpredictable weather had few takes from villages near the road ahead. Finally, with the help of a forest guard (Ganga Singh) and field assistant Kalyan Singh Bisht (an article about his brother Vikram Singh Bisht by Suresh Kumar, appears in this issue) we were introduced to Gyan Singh and Trilok Singh from Ransi. This team guided us in our surveys through the valleys of Dhauli, Mandani and Kham. Thus began a close association which lasted over five years.
In spite of his taciturn nature and a curious disability (a part of one foot was chewed off during a tussle with a Himalayan black bear which raided his shed, and the other was affected by filariasis), Gyan Singh became the backbone of all field surveys. Stoic and unflappable, his knowledge of trails, campsites, and odeyars (large rock overhangs where one could take shelter or tents could be pitched) was phenomenal as was his adeptness at spotting wildlife, predicting the weather and finding running water when everything around was frozen or dry. However, what truly set him apart from the younger men was his uncanny ability to casually chart out courses where no paths existed and in places where he had never been before.
He also knew most of the shepherds who camped in the region, and this often helped us in establishing better associations with them.
What he did not like was the drudgery and monotony of laying vegetation plots and during the time we spent counting plants, he would make himself useful by looking for indirect evidence of wildlife within the plots or collecting edible ferns. While sampling in the alpine meadows he was particularly prone to abandon work and disappear looking for chaura (Angelica sp.) which is a prized flavouring agent. This shortcoming we were willing to forgive since the dinner he prepared would be sumptuous. At the same time, his long years as a shepherd meant that his knowledge of the vernacular names and local uses of plants was considerable and on several occasions, he was responsible for resolving issues related to species identification. His self-confessed fondness for wild meat (he curbed his appetites during this period) was also instrumental in our sightings of the endangered chir pheasant (Catreus wallichi) as well as in various wildlife sightings ranging from leopards and musk deer to lammergeiers and numerous rare birds. To make up for his own illiteracy and lack of enthusiasm for data collection, he introduced us to two young men from his village – Umed Singh and Birender Singh. These two quick learners, along with Kalyan Singh, helped us establish and maintain over five hundred vegetation and bird plots and numerous quadrats along the considerable sampling gradient which ranged from over 1200 metres in the subtropical zone to alpine meadows and scrub which occurred above 4000 metres. Since bird diversity was to be sampled during different seasons, this meant marking and maintaining the plots at regular intervals to enable revisits.
While the field surveys involved walking from dawn to dusk on most days and the sampling entailed very hard work in the plots on a similar schedule, the added responsibility of cooking, carrying provisions, shifting and establishing camp frequently meant that on most days there was hardly a break for the men. Additional responsibilities included striking bargains for old sheep with neighbouring shepherds when provisions ran low, returning runaway Bhutia dogs (Tibetan mastiffs accompanying local shepherds) to their rightful owners, building makeshift bridges across torrential streams and rescuing researchers who fell in (we later found that the undisturbed slopes that we were seeking for sampling remained undisturbed for a reason) and nursing others from periodic bouts of high altitude sickness and giardiasis. On the odd occasion when sampling was concluded early or we had an off day at the base camp, cricket was the preferred form of sport and entertainment. The team also included our driver Jagdish who was good at the game and took it upon himself to train the rest. However, all this was contingent on the availability of level ground and often we resorted to idleness which was most enjoyable. While the younger men were quick to pick up the game, Gyan Singh struggled to keep up and found it difficult to bowl even once without falling down at the end of his run-up. However, his ability to keep wickets and his late-blooming batting skills earned him some points and he was christened Ian Healy (after the Queensland cricketer) by Jagdish and some of the children from nearby cattle camps.
For a team of individuals who started work unaccustomed to data collection or long spells away from their families, they showed remarkable commitment and enthusiasm and it was soon clear that they were motivated by much more than the modest salaries they received. In fact, most of these men could get by without regular employment as they owned land and livestock. By the end of the project period, Umed Singh could correctly identify most woody plant species in the study area by both local as well as Latin names, while Birender could visually estimate the girths of trees to the nearest 10 cm or so. As the project neared completion, we explored options to establish a long-term monitoring research programme that would also provide a source of employment to the team, but the costs were prohibitive and as students our options to raise money were limited. Umed Singh went on to work on a similar project with Rashid Raza in Askot Wildlife Sanctuary while Gyan Singh and Birender Singh stayed back in their village at Ransi. Kalyan Singh, who was the youngest member of the team married a girl from a village near Ransi and fulfilled his long-held dream of starting a provision shop in Ghat, his remote and inaccessible village in Chamoli District.
To conclude, we share the same sentiment as the other contributors to this special section. While most of us have been happy to acknowledge the contributions of individuals and certain communities, we feel it is time to develop formal institutional norms for developing long-term partnerships that benefit both researchers and field assistants. In addition to basic commitments such as steady incomes and insurance, it is also important to provide recognition on institutional websites and conservation related publications. Field assistants and informers also play a critical role as vital links between their own communities and researchers, often creating opportunities for furthering mutually beneficial partnerships.
Meera Anna Oommen (meera.anna@ gmail.com) is at the Dakshin Foundation, Bangalore, India.
Meera Anna Oommen (along with Rashid H. Raza) worked with the Wildlife Institute of India on a project that aimed to identify potential areas for conservation of biodiversity in the Indian Himalaya. The field surveys for this project were conducted in the Ladakh region of Jammu and Kashmir and the Garhwal Himalaya in Uttaranchal. Gyan Singh, Umed Singh, Birender Singh and Kalyan Singh were members of the team in Kedarnath Musk Deer Sanctuary in Uttaranchal where extensive field studies were conducted.
field assistants | Rauf Ali | 3.1
It is impossible to know where to begin in situations like these; it feels as if I almost knew Ravi Sankaran all my life. It must have been after the mid80s that we met. An incident comes to mind immediately. There was a seminar at Topslip, in the Indira Gandhi National Park. It wasn’t very inspiring. People were waiting for the clock to strike 5; a ride around the park had been promised. I hunted down Ravi to check whether he was coming. “Of course not! I do this for a living, why should I do it when I’m on vacation”? Now, why haven’t the rest of us realised this?
Ravi Sankaran at the Chalisek boat landing
Ravi started work with the Lesser Florican – a bird of open grasslands. This continued almost to the present, with Ravi having to grow a large moustache before going to Rajasthan and Gujarat every year. This research led to major initiatives in conserving this heavily hunted species, involving active partnerships with villagers and Forest Departments. Ravi always insisted on spending a lot of time with local residents explaining sustainable use to them, and this was the first such effort, and possibly the first-time village communities had been made active partners in a bird conservation programme. This was followed by a major study on the Nicobar Megapode and then the edible-nest swiftlet, which is still ongoing. We used to say that he started with the ‘birds people ate’, went on to the ‘birds whose eggs people ate’, people ate’! Then he was involved in an ornithological survey of the Nanda Devi National Park. He did a short stint on the Narcondam Hornbill, where his major recommendation was that goats on the island be eradicated, and which was immediately acted upon by the Department of Environment and Forests of the Andaman & Nicobar Islands. Due to the rapport, he had developed with the Forest Department, the traditional suspicion of researchers had disappeared by the time the rest of us began working in the Andamans, and it is difficult to think of another area where researchers and the Forest Department work in such close collaboration. Finally, there was the Nagaland initiative, which I am unfortunately not familiar with.
Our Andaman association started formally in December 2000, when we met in Mayabunder. Ravi and I often remembered the New Year’s Eve in 2000 which consisted of eight men going on a boat to Aves Island with an equal number of whisky bottles. This was followed by some fairly intense snorkelling at dawn. On return to the Karen village where we were staying, the mood there seemed much lighter. The Karens had believed that the world was supposed to have ended the previous night and was rather agitated at their padre that this had not happened.
The swiftlet project, easily the best ‘conservation for development’ project of its kind in the country until it fell afoul of well-meaning but ignorant environmentalists, had just started. The logistics of it, however, were a nightmare. If the cave was unattended even for 15 minutes over a weeks’ period, people would rush in, grab nests and run out. The value of each nest made it lucrative for people to watch the guards (in hiding) for long periods of time, just waiting for the break in concentration from the protection squad. It was obvious that the only way it could work was if the people looking after the caves had a long-term economic stake in the birds.
Unfortunately, there was a second school of thought. Put the species on the protected list and all will be taken care of. However, in this case, the nests are being harvested, akin to honey being taken from a hive (in this case, rejected honey would be a more appropriate analogy). As soon as the species is put on the protected list, its products also become protected. End of the conservation program, and it is shocking that even eight years later the Ministry of Environment and Forests is loath to reverse its decision. Meanwhile, the status quo has somehow been maintained, largely because of Ravi’s refusal to give up, and the interest and funding provided by the Forest Department.
The first camp for Ravi’s swiftlet project was on Interview Island. As luck would have it, Dr Alok Saxena, the Chief Wildlife Warden, had asked me to do a status report on the elephants of Interview Island. We found that this ‘uninhabited’ island had a population of about 10 primary school dropouts and 2 Ph.D.s in 2001. For the elephant study, we had built an elaborate network of machans all over Interview Island. Unfortunately, the elephants would only come there at night, and we didn’t have the equipment to photograph them. Like all good plans, this was tossed out of the window, and we took the help of Karen trackers who learned to identify individual elephants during the survey.
Ravi Sankaran, with field assistant, returning from Chalisek
Ravi was a regular visitor at ANET, where I was based for the next few years. His visits were always a mix of very intense science and very intense alcohol consumption. J.C. Daniel, in one of his monthly newsletters as the Secretary of the BNHS, called us the “two mavericks of Indian wildlife biology”, or some such thing. We argued one evening about who was getting complimented and who insulted.
We worked together after the 2004 tsunami when he came to spend a few weeks in Pondicherry to prepare the maps for his tsunami report. We decided that we had to do a project together there. We came up with a project on the preparation of and marketing virgin coconut oil, that was traditionally used by the Nicobaris. In May 2007, we spent a week in the Nicobars working on a prototype. It took another year to get funding, and then I had problems getting a tribal pass. The reason for this is still not clear. On January 15 this year I called Ravi to tell him that I was returning the funds to the Department of Science and Technology since I didn’t see the tribal pass happening. He told me to fight it out. I am now sitting at the ANET dining table in Wandoor, where we have spent many great, and many totally forgettable evenings together, waiting for my flight to the Nicobars tomorrow.
My organisation, FERAL, had organised a seminar on coastal management after the tsunami, in August last year. By this time, Ravi had been induced to come onto our Research Advisory Board, and we had decided that he would handle the tough job of chairing the final discussion. How do you run a seminar where half of them are from the Forest Department and the other half researchers, and still stop the fur flying? As it turned out it was one of the best seminars I have ever attended, with a lot of serious science being spoken and taken note of.
How does one end the eulogy of a friend – one of the most challenging, exasperating, fun, provocative and plainly stark raving mad persons I’ve had the privilege to know? Rewind to the one-minute silence in his homage at the BNHS 125th anniversary conference in Bangalore a few weeks ago. The projection booth operator, on seeing everyone stand up, hit the button for the national anthem. Through most of that minute, we were treated to the antics of the organisers trying to get him to switch it off. Ravi was laughing the hardest, I’m sure.
Rauf Ali (firstname.lastname@example.org) is at the Foundation for Ecological Research, Advocacy & Learning, Pondicherry, India.
Image Credits: Rauf Ali
field assistant | Romulus Whitaker | 3.1
A Brief History
Sometime in the early 1900s, a German fancy leather trader came to India to look for snake skins. We may never know how he found out about the hunting prowess of the Irulas of Chengalpattu District but he very quickly organised what was to become one of the largest snake slaughters the world has ever known. Using middlemen, often Muslim livestock hide dealers, our German friend started a trade that eventually snowballed into the killing of over 10 million cobras, rat snakes, pythons and Russell’s vipers per year. And then it wasn’t just the Irulas – soon tribal hunters all over the country got into the act, but none had the finesse and expertise of the Irulas.
The trade was out of control and probably not sustainable for long. Luckily the combination of local and international outcry killed the bulk of the snakeskin industry with the ban on exports in 1976, but that put about 5000 Irulas out of a job and hard times followed. In 1978, with 12 Irula friends, I registered for a Cooperative Society for Snake Catchers. This was to let the Irulas continue to catch snakes, but only for the venom and then the snakes had to be released.
How they do it
I first met the Irulas in 1969 when I was on a snake collection trip to Madras for Haffkine Institute, then the biggest producer of antivenom serum. The late photojournalist, Harry Miller had written about the snake hunting art of the Irulas in the Indian Express and he introduced me to Arjun, who blew my mind with his casual skill. From that moment on I had found my peer group – I instantly like their reserved, calm attitude and deeply admired their vast store of wild knowledge. Over the next 34 years, I went on innumerable snake hunts and learned much.
One of the first bits of Irula “magic” they taught me was how to recognise the alarm cry of the babblers, mynahs and palm squirrels when they spot a snake. Very useful, especially after the rains make the bushes dense and snakes are hard to see. I learned how to collect “stick honey” from the small bees that harvest flower nectar every April and how to eat live termites without getting my lips and tongue bitten. Next, they tried to teach me how to find snakes by their tracks but decades later, I’m still a rank novice. In a harsh, hot land like India many snakes spend a good part of their lives underground – either hunting, eating and digesting rats or just tiding over the burning daylight hours. The Irulas specialise in finding the rat holes, termite mounds and other places snakes stay in, and that is like real magic.
An average snake hunt
Last July my partner Janaki and I went snake hunting with Kali, a longtime Irula friend. He was catching the “Big Four” venomous snakes: cobra, krait, Russell’s viper and saw-scaled viper for venom extraction. We started with the cobra and headed straight to the boundary of a rice field where mole rat (Bandicoota bengalensis) burrows abounded. Scarcely noticing crab holes and rat holes with rat tracks or fresh diggings, Kali homed in on one with a slight smoothness, a shiny bit of compressed dry earth on the bottom edge. He peered in, dug a few licks with his short crowbar and showed us a very obvious snake track impressed on the softer earth deeper down. No root system to hamper work, Kali dug a wide access into the hole swiftly and carefully. Careful so not to cut the snake. After digging a while, occasionally peering in, Kali takes a thin, springy, green stick and gently pushes it into the hole about a foot. The stick mysteriously pushes back out an inch. Kali smiles and pushes his elbow to mimic the snake’s coil as it pushes against the stick. Now he knows he can safely dig a foot more without harming the snake. In a few short moments, the cobra is visible; it’s obviously a female because she’s with her 20 or so eggs! She is carefully removed and bagged; the eggs are collected for incubation back at the Irula venom centre.
Over the next few days, our Irula pals took us first to Russell’s viper territory, dense hedgerows of spiny Agave plants and we pulled out two adult and six baby Russell’s (the babies for release in a safe place). Then we went after kraits, the clues this time being a shed skin and a fresh scat. Digging out this elusive snake of the night was more difficult – the large male had found a hole in the root system of a neem tree. But again, no problem for the Irulas; finding the last of the Big Four venomous snakes of India was a snap. We spent the morning peering down into the rough bark of palmyra trees and found several of the tiny but dangerous vipers tightly coiled and well hidden. Again, the Irulas knew where to look: according to the species and the season.
When my son Nikhil and I wrote up the rough data of the 5 day hunt for a scientific note we found that we had slowly and carefully hunted about 3 km per day and caught a total of 55 snakes, including a bunch of rat snakes, water snakes, striped keelbacks and sand boas just to measure and release. We also recorded 158 shed skins of 11 species of snakes and started formulating ideas of how to use shed skins to study status and distribution. After all, it’s quite easy to identify a snake from the shed skin.
But the Irula knowledge goes far beyond the world of serpents. Being big consumers of the tasty field rats that abound in our rice fields, the Irulas have worked out rat finding and capture techniques that puts pussycats to shame. A hunter-gatherer can’t waste precious time and energy digging up a vacant burrow by small signs like tracks, dung, fresh digging and even the presence of rat lice. They are so good at rat catching that the Government of India’s Department of Science and Technology gave the Irula Cooperative a grant of Rs. 10 lakhs to do a pilot project of rodent control by direct capture. During the 20-month period, the Irulas captured over 400,000 rats, probably saving at least 12 tonnes of grain and other crops, without using a drop of a deadly pesticide. Unfortunately, the project was never taken to its logical conclusion: make rodent control in India a labour intensive operation that would employ lakhs of tribal people. As usual, the big industries (the pesticide producer) run the show and the Government bows to big bucks, never mind how dangerous and ineffective these rodenticides really are.
The Irula Cooperative is one of the most financially successful cooperatives in India, but it would be wonderful to see the Irulas’ other talents being fully utilised for the good of the country and to make a living for them too. Rodent control, crocodile farming, technical assistance to field biologists are just some of the many things the Irulas are expert at. The Coop’s sister organisation, the Irula Tribal Women’s Welfare Society, has helped Irula women get recognition as herbal and the tree planting experts. They have planted lakhs of trees since they started in 1986 and the future looks a lot brighter for these great people described in recent Government texts as ‘most primitive’ and as having the lowest per capita income in the country.
The Irula literacy rate is dismally low and few of their kids finish more than a couple of years of school. On the other hand, their knowledge of nature far surpasses most college graduates or even professors – now that’s food for thought!
This brief introduction to the field people I admire most in India would not be complete without mentioning the two non-Irulas who act as the catalysts in the success of the Irula Snake Catchers’ Cooperative and the Irula Women’s’ Society: S. Dravidamani and K. Krishnan.
Romulus Whitaker (kingcobra@gmail. com) is the Managing Trustee of the Madras Crocodile Bank Trust, & Director of the Agumbe Rainforest Research Station, India.
field assistant | Kartik Shanker | 3.1
I first visited the mass nesting beaches of olive ridley turtles in Gahirmatha, Orissa in 1997. We were a large group of international participants in a sea turtle workshop in Bhubaneshwar. We were hosted for two days by Bivash Pandav, a young sea turtle biologist with the Wildlife Institute of India. On Babu Bali or Long Wheeler Island, Bivash had his field camp with a team of dedicated field assistant, boatman and cook. Two years later, I returned as a post-doctoral fellow with the Wildlife Institute of India, to initiate a project on sea turtle genetics, and spent several weeks at the camp. This time, I got to know the team a lot better. There was Madhu, the cook, and majordomo of the camp. The boatman (Subash) and the rest of the team (Kalia, Siria and Sahadev) were proficient ‘turtle fishers’. Bivash wanted to work on mating pairs, and they had devised a triangular net with which they scooped the mating turtles out of the water. In three years, they tagged nearly 1700 mating pairs from the offshore waters of Gahirmatha. They also tagged several thousand turtles on the nesting beach. Without his dedicated band of followers, little would have been possible.
Later that season, I visited Bivash’s camp at the Devi river mouth. There, a young schoolboy named Bichitrananda Biswal (Bichi) was trying to impress upon Bivash his interest in sea turtle conservation. Along with Tuku, Tulu and Bishnu, Bichi kept track of the dead turtles that were getting washed ashore the Devi coast in large numbers and helped Bivash in tagging turtles during an arribada that took place near the Devi river mouth in March 1997. After working at his camp for three seasons, Bichi kept his interest in turtles alive, working for Operation Kachhapa and the Forest Department. Eventually, he would start his own NGO, Sea Turtle Action Programme (STAP). Today, STAP is a part of collective sea turtle conservation projects in Orissa, and Bichi an active participant. Turtles still continue to die in large numbers along the coast of the Devi river, and Bichi still continues to keep track of them, keeping the issue alive.
Further south, a similar band of turtle followers were initiated into tagging and counting rituals at Rushikulya. This mass nesting beach was only discovered in 1994, during one of Bivash’s surveys of the Orissa coast. Rabindranath Sahu was the fiery leader of this group. After working for Bivash, some of the boys worked briefly for Operation Kachhapa. During the mid-2000s, they assisted Basudev Tripathy with his fieldwork for his PhD and in turn, Basu helped them get a grant to build an interpretation centre and start their group, the Rushikulya Sea Turtle Protection Committee (RSTPC).
One of the major problems in Rushikulya is light pollution from a nearby highway, aquaculture farms and a chemical factory. Each year, when hatchlings emerged after mass nesting (millions at a time), most would be disoriented and end up in the vegetation behind the beach. Rescue missions were organised involving local volunteers, but hundreds of thousands of hatchlings still died, and even those that were rescued were probably weakened, soon to be devoured. While the biologists – Jack Frazier and Bivash amongst others – posed the idea of a barrier, and suggested the use of empty cement bags, one of the members of the group, Damburu, then came up with the idea of using a fence made of fishing nets, behind the mass nesting area. With funding from WWF and other agencies, for years, this barrier served to prevent hatchlings from straying away from the beach and getting killed. Today, members of the RSTPC run the interpretation centre at Rushikulya, participate in state conservation activities, spread awareness in local schools and assist researchers who work on sea turtle biology at the site, in addition to their own ongoing monitoring.
Many of them continue to work on research projects as field assistants. Ganapati helped Divya with her Masters dissertation and continues to work on our projects. Suresh, who is the latest to conduct Doctoral research on ridleys in Orissa, has a dedicated group of field assistants, including Damburu, Shanker, Surendra, Madhu and Kedar. His boatman, Sri Ramalu, has now worked for several years in turtle projects. Despite being hearing and speech impaired, he is gifted with an acute sense of sight and does not miss even a single surfacing turtle in the featureless seascape. His ability to get the boat through the river mouths where the breakers come crashing down, and manoeuvring through rough seas nonstop for six to seven hours are invaluable. Without his enthusiasm, hard work and skills, all the offshore studies would be much the poorer.
For all those who helped with sea turtle projects along the Orissa coast over the years, the projects have been a significant source of income even though the activity is only seasonal. With fish catch declining over the years, many other local fishermen now eagerly look forward to working in turtle projects. Some of them even want to work without pay in order to gain experience so as to get included in the future.
From retired residents on the coast of North Carolina, to indigenous communities in the Torres Strait, sea turtles have attracted an incredible variety of dedicated conservationists and volunteers across the world. In India, students, fishing communities and animal activists have all become involved in sea turtle conservation across the coast, some for more than twenty years. The groups in Orissa had a different origin, working as field assistants in sea turtle research projects. They have helped with three Doctoral (Bivash, Basu, Suresh), several Masters dissertations (Karthik Ram, Basu, Divya, Murali) and several research and conservation projects. Together, the projects have involved the monitoring of nesting beaches, offshore distributions, arribada census, hatching success, tagging, genetics, and satellite telemetry, covering a fair range of research that is carried out on sea turtles. And now, these field assistants turned conservationists have a significant role to play in the conservation of these animals and their coastal and marine habitats, not just in Orissa, but across India.
Kartik Shanker (email@example.com. in) is Assistant Professor at the Centre for Ecological Sciences, Indian Institute of Science, Bangalore, India, & a Trustee of Dakshin Foundation, Bangalore, India.
introduction| Kartik Shanker and Soumya Prasad | 3.1
About eight years ago, a special issue in a magazine in India recounted the contributions of one of its premier wildlife research institutions. While singing paeans about its faculty, researchers and students, it had one glaring omission – no mention of the legions of loyal field staff who had made this research possible, through years and years of dedicated service to not undemanding jobs. This unfortunately reflects how the ruling class views this community, perhaps not individually, but certainly institutionally. Many researchers do have fine and lasting relationships with their field assistants, but most are employed as daily wage labour, whose services can be terminated at any time. Not nearly enough credit has been given to them for their willingness to work in trying conditions, their local knowledge, humour, and as often as not, their fraternal or paternal relationship with the researchers.
Few wildlife or ecology studies could have been carried out without these dedicated field assistants. In many parts of India, these are traditional forest dwellers whose knowledge of the land, of the forests, habitats, flora and fauna become invaluable to the research. As a colleague commented a decade and a half ago “I have a GPS unit; his name is Shivaji”. In other cases, they were locals whose skill and aptitude for field research may have provided an opportunity, but what clinched the deal was a tolerance of rough weather, rogue elephants, ticks, leeches, and other joys of field work. This issue is dedicated to the field assistants who have worked in numerous field projects with little or no public acknowledgement of their contribution.
No doubt the task of documenting and acknowledging these contributions deserves greater detail and deeper exploration than is offered here. However, over the eight years since we first mooted the idea and received a widespread and enthusiastic response from wildlife biologists across the country, the difficulty of transforming oral histories into scholarly essays has proved too great a collective hurdle. We, therefore, serve this up as an appetizer and hope that more detailed contributions will follow in due course.
We begin the issue with a tribute to a man who appreciated this perhaps more than anyone else. Every field site that he worked at, he established an astonishing rapport with his assistants, their families and the community. Inevitably, he became a part of them. That itself was the biggest tribute of all to their role in this arena of wildlife biology and conservation.
Kartik Shanker (firstname.lastname@example.org. in) is Assistant Professor at the Centre for Ecological Sciences, Indian Institute of Science, Bangalore, India, & a Trustee of Dakshin Foundation, Bangalore, India.
Soumya Prasad (email@example.com) is a PhD student at the Centre for Ecological Sciences, Indian Institute of Science, Bangalore, India.
field assistant | Madhuri Ramesh and Shirish Manchi | 3.1
I first met Dr. Sankaran in 2003 when I joined the edible-nest swiftlet conservation programme in the Andamans. This unique programme aims to combine protection of a threatened bird (Collocalia fuciphaga) with sustainable exploitation of its nest. Dr. Sankaran, with the support of the Forest Department of the Andaman and Nicobar Islands, had gradually persuaded people who earlier poached the nests (which are made of bird saliva and have great commercial value) to become protectors and harvest the nests after the breeding season thereby ensuring successful breeding of the birds. Intensive ecological studies were also conducted alongside, which are a part of my doctoral dissertation.
Whenever Dr. Ravi Sankaran and Shirish discussed the swiftlet program, the third person who was always in the picture was Saw Alexander. He started working with Ravi in 1997, during the survey of the edible-nest swiftlets in the Andaman Islands. When I joined them in 2003, I could tell from the way they met, that they were not just colleagues but also very good friends. Ravi used to say that Alex is an ustad in the sea and in the forest, and Alex used to say that Boss is an ustad in whatever he does. Alex would often talk about Ravi’s swimming skills and admit that he couldn’t be beaten in diving and spearing fish. Alex felt that Dr. Ravi Sankaran was a person who was keen to learn anything from anybody and also that he was the fastest learner, whether it was dingy riding, throwing fishnet, chopping wood or making huts. Alex confided that it was Ravi who led him away from illegal poaching and forest cutting. Ravi felt Alex was the person who saved him with his experience and sense of humour during the first swiftlet survey in 1997. After joining the swiftlet program in 2003, within a short time it was clear that it was a combination of Dr. Sankaran and his local relatives that really made edible-nest swiftlet conservation successful. Now, even after the demise of Ravi Sankaran, Alex is the person who first encouraged Shirish saying, “I am there and we will take this program ahead as Boss wanted.”
Shirish Manchi (firstname.lastname@example.org) is at the Sálim Ali Centre for Ornithology and Natural History, Coimbatore, India.
I first met Dr. Sankaran in a workshop in 1998 when I was pursuing my Bachelor’s degree. He was an esteemed sounding board for many years and in 2007 agreed to guide me through a PhD on the Indian spiny-tailed lizard (Uromastyx hardwickii) in the Thar Desert, on a collaborative project with GNAPE (Group for Nature Preservation and Education). It began with an extensive survey of western Rajasthan to determine the status and distribution of this poorly studied lizard since it was believed to be heavily exploited for meat and oil – the well-known ‘sanda ka tel’. This was to lead to a behavioural study of this unusually herbivorous lizard. Dr. Sankaran had worked in the Thar Desert in the 1990s when he was assessing the role of the grazing exclosures of the Desert National Park. During that period, true to form and despite the immutable social structure of western Rajasthan in those days, he had made friends who spanned the spectrum including several dharam bhais scattered across the landscape.
One of them, Mohammed Fakira, often cropped up in his recollections. Dr. Sankaran, his brother Hari, and Fakira together went by camel from Sam to the famous Pushkar mela and back. A long, tiring journey by any standards, the entire trip took them 3-4 weeks and they lived like untwallahs do – travelling along grazing grounds, watering at the nadis, eating rotla and sleeping in the open. Like a proper herdsman, Dr. Sankaran would say with a pleased expression ‘We brought the camels back in exactly the same condition that they were in when we left’ and gesture to show you that the hump of the camel was ‘Just so’ all through. At the end of The Thar Desert by Madhuri Ramesh that arduous journey, Fakira made him a dharam bhai. And fifteen years later, when I accompanied Dr. Sankaran to Sam, he was far from forgotten. He in turn effortlessly slipped back into their social fabric – from the variations in formal greetings to the usual preoccupations with rains, livestock and errant sons.
When he was in a reflective mood, he’d often repeat something Fakira had told him on one leg of the journey, when they had been desperately trying to find fodder for their camels and someone demanded an exorbitant amount for it: “This world is made up of two kinds of people lenewalle and denewalle” and he’d end with a snort of laughter.
Madhuri Ramesh (email@example.com) was at the Sálim Ali Centre for Ornithology and Natural History, Coimbatore, India.
field assistants | Meera Anna Oommen | 3.1
As a daily wage labourer with the General Reserve Engineer Force (GREF), Mathe Budda came to the island of Great Nicobar over three decades ago. Hailing from a village in Ranchi, he was one of the many young people from the northern state of Bihar who were employed by this organisation whose main task was to build roads in inhospitable terrain and new frontiers that were being opened up. The road which was constructed between Kopen Heat on the west coast and Campbell Bay, the main settlement on the east coast came to be known as the East-West Road. After the completion of the road, the GREF moved on, but Mathe stayed back as did a few of his compatriots in different parts of the island. Not much is known about him except that he eventually settled down in the picturesque little coastal hamlet of Kopen Heat. Since the road had ceased to be motorable due to landslides (and was non-existent in many places), he had little contact with anyone other than the members of a small Nicobari family settled nearby, labourers from the forest department who visited infrequently, and fishermen who pitched camp on the odd occasion. Despite his old age and partial blindness, he tended a little coconut grove which provided him with the raw material to brew considerable amounts of toddy which he bartered for provisions. To the occasional researcher who visited his little hamlet, the budda (old man) played the perfect host, preparing meals, showing off his toddy tapping skills (though old, blind and bowlegged he was very agile and could climb coconut trees very well) and recounting encounters of previous visitors. The fact that he recollected and recounted in vivid detail, the visits (and often embarrassing accounts) of the dozen or so research personnel who visited him in as many years, was a source of amusement to all who happened to partake of his hospitality. He was particularly keen to recount the story of a well respected and very senior lady researcher who arrived at Kopen Heat to research indigenous seafaring craft only to fall off one of the hodis (country boats) into the sea and her subsequent rescue.
Kopen Heat though sheltered from the sea (lagoon was well known for the stillness of its water and the beautiful view of corals), was destroyed by the tsunami which followed the earthquake off Sumatra in 2004. Most of the settlements on the west coast of Great Nicobar (and its few hundred inhabitants) were wiped out and there were only a few survivors. Unfortunately, Mathe Budda was not among the handful of people who survived, but memories of his warmth and hospitality remain with those of us whose lives he touched.
Meera Anna Oommen (meera.anna@ gmail.com) is at the Dakshin Foundation, Bangalore, India.
field assistants | Manish Chandi | 3.1
Although a part of the Republic of India, the Nicobar Islands are closer to the Indonesian island of Sumatra. The River Galathea drains into the sea in a large cove called South Bay on the southern tip of the Great Nicobar Island. The beach at the river mouth was a significant nesting site for leatherback sea turtles and this was where the Andaman and Nicobar Islands’ Environmental Team (ANET) ran a research project since the year 2000. Since the research camp lay 41 km along the main trunk road that led south out of the shantytown of Campbell Bay, it was called Point 41.
In December 2004, the leatherback nesting season was at its peak and a quiet, shy, young wildlife biologist from Orissa, Dr Ambika Tripathy, was studying them. This was his first visit to the Nicobars, a long-awaited opportunity. His assistant was Saw Agu, a young Karen (a tribe originally from Burma settled in the Andaman Islands by the British in 1925), with several years of experience on the sea turtle project. The camp also included visitors from Pune – four middle-aged amateur ornithologists, and two guards from the Andaman and Nicobar Forest Department – Sameer and Abdul Aziz.
After dinner on Christmas day, Ambika and Agu left the camp to walk the long stretch of beach, recording data on nesting turtles, returning exhausted just before sunrise. They were deep in slumber when a tremendous shaking jolted them awake.
The Andaman and Nicobar Islands lie on a fault line and earthquakes are common. But this was a big one! Sprinting to the beach, they found their guests and the forest guards watching the sea receding into an abnormally low tide. Just as quickly, the tide rushed into camp, scattering their things on the flooded beach. Meanwhile, it continued to quake and it was difficult for any of them to stand upright. The sea ebbed again leaving fish flopping on the shore. Sensing that the worst was yet to come, Agu pointed to the hills and shouted ‘Bhago!’ (run). Instead of heeding his warning, the four naturalists from Pune began to photograph the scene, while the two guards rushed around collecting their dispersed belongings, including precious certificates of achievement. Only Ambika took Agu seriously but compelled to play the host, he waited for the older men, wasting valuable time.
The tremors continued and the sea ebbed and surged in small bursts. When the waves started to engulf the land they stood on, the group finally decided to move. As they approached the road, the nearest high ground, the sea was surging ashore with greater intensity and they witnessed the forest check-post being washed away.
However, by the time they reached the road, it had gone underwater too. There was water as far as the eye could see. The only thing that stood above the water was the bridge that spanned the River Galathea. But when they got to the bridge, it was already under thigh-deep water that was rising rapidly. Running to the hills in the distance was not an option anymore, as they would never make it in time. The only thing they could do was to climb a large pipul (Ficus religiosa) tree nearby. Agu and the guards assisted the naturalists in getting above the reach of the waves, before climbing up to “safety” themselves.
Sitting nervously on the tree, Agu recalls the sound of the tsunami as it approached. It began with an enormous roar, accompanied by the sound of branches snapping and trees falling. That’s when Agu saw the huge phalanx of dark water, perhaps 15 m high, effortlessly crashing down giant coastal trees in its path and coming straight at them with the force of a celestial sledgehammer. That was the last time Agu saw his companions. The tsunami smashed the pipul tree like a matchstick and sucked Agu underwater, knocking his breath out and tangling his legs amongst tree branches. As he gasped for air and struggled to free himself, he snorted and swallowed mouthfuls of the dark, smelly water. When he managed to surface, he found himself bobbing amidst huge uprooted trees. The land was far in the distance. Before he could gain his bearings the next wave pulled him underwater again. The force of the tide whipped away his shorts leaving him totally naked. The waves walloped him against the trunks of huge uprooted trees and other debris and every part of him took a beating. He felt like a rag doll being tossed by a malevolent force which he couldn’t escape. He ached all over and was scratched and scraped everywhere. Each time he went under, he gulped more of the filthy water. When he tried to haul himself up a standing tree, it gave way and fell right on him. His shoulders and chest hurt especially badly, and every breath he drew hurt even more. There seemed no end to the fury of the sea.
Saw Paung and Saw Agu aboard the MV Makara en route Little Andaman Island, to set up a sea turtle monitoring camp in 2006
Agu struggled to stay afloat through the turbulence until he was finally able to climb onto a floating tree. The battering had left him totally drained, but concern for others was uppermost in his mind. He scoured the watery landscape and shouted for the others; there was no response. The waves and the pain had wrung him of all energy. Seeing the camp underwater, it seemed unlikely anyone had survived that destruction. Eventually, the fury abated; it was eerily quiet except for the harsh sound of rough waves crashing on fallen trees, pushing flotsam and Agu towards land. There wasn’t a whimper of life anywhere, not even birds. The bridge across the Galathea had disappeared; only its columns rose above the water. Trees shorn of leaves stood naked against the sky. Agu was disoriented – the coast as he knew it was missing and the rainforest seemed to rise out of the sea – but he realized that the raft of the fallen tree he was sitting on had once been part of a lowland tropical forest next to a large mangrove creek, the Galathea River. He pondered his next move. The forest was too far in the distance – he didn’t think his fractured, bruised and aching body could get him there. There were no fishing boats at sea. He was all alone on that long trashed coastline, with no sign of any help coming his way. He wondered if any of his friends from Chingenh, the nearest Nicobarese village, would remember to look for him, or if indeed any of them had survived. Helplessness washed over him. He knew he had to get back on land, but how? He told himself that he would wait, rest and recover his strength. After nightfall, it began to rain leaving him cold, tired, hungry and aching, but sleep was not an option. He felt compelled to maintain a vigil for any further developments.
The next day dawned and he was still bobbing in the middle of nowhere surrounded by rafts of logs and debris. The carcass of a turtle floated by and moments later a turtle swam past. These were the first creatures Agu saw in the immediate aftermath. Debris was piled up everywhere. There was no place to hide from the sun’s relentless heat. It made him thirsty and when he could stand it no more, he was driven to drinking the dirty, stinking seawater. He slept fitfully and woke up to the same nightmare.
Hours wore on into days. Helicopters and planes occasionally flew overhead but there was no way of alerting them. He had weakened from lack of water and food. Small sips of seawater were all he had. One moonlit night he saw a saltwater crocodile swim close to his pile of logs, and circle it. He looked around for something to fend it off in case it came close, but mercifully it swam away. He could see other crocodiles circling the debris of the mangrove forest that had once been their home. Sand flies bit him during the day and mosquitoes made the nights miserable. The crocodiles and the insects were the only signs of life. He had no idea what had happened to the people in the surrounding villages or just how massive the devastation was.
Rain brought relief from the heat and he gulped it eagerly, but the cooler temperatures that followed froze him at night. He kept count of the days; a week had already gone by. He lost consciousness frequently from dehydration and exhaustion. On the tenth day he tried swimming to another raft of logs closer to land, but when his aching body protested, he abandoned the effort.
The helicopters stopped flying past and Agu suffered a crisis of hope. Then one day, a water monitor lizard visited him and smelt his feet with its long forked tongue; Agu realized with a start that it was checking if he was carrion. He knew that he if he wanted to live he would have to go ashore, or become lizard food and die there. He was determined to live even if the effort killed him. He had regained his bearings to some degree and remembered that there was a forest trail that led to a village called Shastri Nagar 35 km away. He picked a small branch to support his badly wounded arm and swam over to the next logjam and rested. The pain was excruciating and every movement was time-consuming. He stumbled on the branches and slipped on the smooth trunks but he kept going. The effort knocked him unconscious a lot of times, and it took him several hours to crawl ashore.
The shore was no longer the beautiful beach he remembered. It was unrecognisable – clogged with huge uprooted trees, lianas, broken branches, and slush. Climbing over this debris was going to be difficult, so he decided to make his way through the forest along a hilly slope. He was delighted to find the stream still flowing and drank his fill of fresh water for the first time in thirteen days. When he stepped on an old areca nut he couldn’t resist the temptation to chew on it. There was nothing else around that seemed edible. On seeing a skull, he shivered but realized it was old and had probably been unearthed by the waves. It was less than seven km to Shastri Nagar but it took him three days of hobbling and crawling to get there.
On January 11, 2005, Agu staggered into the village. It had been sixteen days since the tsunami. He couldn’t see a soul around, but household wreckage – tin roofs, mangled furniture, window frames, clothes, and utensils – lay scattered everywhere. He stared, trying to comprehend the devastation; he knew some of the villagers and wondered what had become of them. He put on a pair of green trousers and a white shirt that he found lying on the ground. As he picked his way agonizingly and gingerly through the mess he heard a shout. It was Sriram – it was a strange relief to hear that familiar voice. Sriram was a villager, who had returned with a few others to collect some of their belongings.
Sriram narrated the terrible tale of the devastation that had been caused in just a few hours on that sunlit but fateful day. Sriram took Agu to an old couple who had stayed on after the tsunami. During his years working at the research camp, Agu had seen the couple going about the village and recognised them; they, however, couldn’t identify him – sixteen days of being ravaged by the sun, rain and sea had taken their toll. The old lady fed him his first meal since the tsunami. That was when they heard a helicopter flying low overhead and Sriram ran out to wave it down.
By an extraordinary coincidence, a search party from ANET had received permission just that day to conduct a search for the members of their sea turtle research camp. As they flew in the Indian Navy helicopter surveying the damage below, they saw a few people gathered in an opening waving at them. The team requested to be dropped there and the villagers led them to Agu. There was shock and relief when they saw him sitting under the coconut trees of the desolate village. Before being whisked away to a hospital, Agu told the search party that he had not seen Ambika or the others since the tsunami, but he asked them not to give up hope. However, despite many searches over the following months, none of the other members of the ANET sea turtle research camp was ever found.
Agu was treated for his injuries and dehydration at Dhanvantri, the Naval hospital at Port Blair. He had broken both collarbones, fractured a few ribs and bruised his body very badly. After spending a few months with his family, recuperating at his home in Webi, North Andaman, Agu returned to work at ANET where he works even today.
It is a testament to his strength of will that Agu narrated this story with no sense of drama, but as if it were a tale of a long forgotten hero in a distant land. He is a source of courage to all of us.
On that fateful day, the sand at South Bay sank several metres, destroying the beach and the mangroves. The sea turtle camp lay about 125 km northwest of the epicentre of the 9.1 Richter earthquake of December 26, 2004, and about 150 km from totally devastated Aceh in Sumatra. Today there is a slow accretion of sand on the beach and soon ANET researchers will be able to determine if the leatherbacks will come back to nest here.
Ambika Tripathy’s contribution to sea turtle research in the Andamans and Nicobars will go a long way towards the conservation of sea turtles and enable future researchers to evaluate how the tsunami has affected the leatherback nesting grounds in the Nicobars.
Manish Chandi (firstname.lastname@example.org) is the Field coordinator, ANET, & a Research Scholar, NCF, India.
There are innumerable references of the mountaineering skills and the physical strength of the Sherpas who are the backbone of many expeditions which aim to scale the mighty Himalayan peaks. While the Sherpas are reputedly the strongest of mountain people, there are many others who have endured the harshness of mountain life. Vikram Singh Bisht as the name suggests was no Sherpa, but a soft-spoken and mild-mannered Garhwali. He hailed from a small pastoral village high up in the Himalayas, in a remote corner of Chamoli district in the Indian state of Uttarakhand. Though I knew Vikram only for a month, my association with him left a lasting impression on me. I first met Vikram in May 1996 when I was on a field trip to the Kedarnath Wildlife Sanctuary, as a student at the Wildlife Institute of India (WII). He was then employed as a field assistant with the WII for a research project on musk deer. He had previously worked on several other WII projects in Kedarnath and had earned himself a name as one of the best field workers in this region due to his dedication and hard work. During that trip, I got hooked to the beauty and the adventure associated with the Himalayan mountains. The highlight of that trip was the sighting of a male Himalayan monal, one of the most brightly coloured birds in the world and a denizen of the high alpine slopes. That incident left me with no second thoughts, and I decided to work on the winter habitat use of the Himalayan monal in Kedaranth for my Masters dissertation. Winters in Kedarnath can be harsh, with four months of sub-zero temperatures, frost and snow. For someone like me coming from tropical southern India who had never seen snow before, it was indeed reassuring to know that Vikram was there to assist me in the field.
Above: The innumerable cairns atop the Chandrashila peak Below: The camp of silence, Shokharakh, covered in snow
In the last week of November 1996, with several bundles of warm clothing, I landed in Kedarnath to commence my work on the Monal. My work was mostly concentrated around the Tungnath temple (3400 m), which is an important pilgrimage site along the southern boundary of the Kedarnath WLS. Unlike summer, when this area was frequented by pilgrims and pastoral people, hardly anyone was to be seen in winter. The pilgrimage season was over for the year and the livestock herders had also moved down to warmer areas. Vikram and I set up camp at Shokharakh (3200 m) in a log hut, which sat on a cliff edge. This was surrounded by three other cliffs and the mountain slope which led up to the Chandrashila peak (3680 m), the highest point in this range of the Himalayas. Just behind the hut, flowed a small stream which came down from the peak. Villagers from nearby areas conducted last rites for departed souls of their kin along this stream. ‘Shokharakh’ literally translated to ‘camp of silence’ in the local dialect. The campsite indeed had a spiritual air to it.
Himalayan monals – the brightly coloured birds of these mystical mountains
We set up camp and soon began to crisscross the entire area to study where the monal occurred. We marked several trails and paths to monitor the presence of the monal. Vikram knew the area very well – he knew the elusive musk deer bedding sites, areas the black bears were active in, and what tubers monals dug for. He could also identify trees and other vegetation. Along the trails, Vikram marked the trees with a red paint and where necessary he would tie a red ribbon; these would be the only indication of the trail when the area was completely snowbound. Over the weeks Vikram and I worked closely to run the camp and do the fieldwork, for we were the only two people around. Vikram’s days were often longer than mine since he also attended to the bulk of camp duties. Most of our conversations revolved around his wild encounters, the mountain spirits, his village, his family and kids, but would invariably end with discussions about snowfall in the area. Our initial weeks at Shokharakh were a fight against time since there was heavy snow in the last week of December. Thereafter, regular snowfall occurred until the middle of April and the whole area would be covered with three to four feet of snow.
The last week of December had come and gone, and the weather appeared to be favourable with no signs of heavy snowfall in the near future. Taking advantage of this situation, Vikram and I decided to trek to the Chandrashila peak on the first day of the year 1997. En route to the peak, we stopped at the Tungnath temple and offered prayers. On my persuasion, Vikram had decided to give up his beedies as a New Year resolution. Soon we were atop the peak and the breathtaking panoramic view of the snow-clad peaks to the north left us spellbound. As a token of respect to the mountain, we made a cairn of few small stones there. Delighted at our small achievement, we quickly took pictures of each other and trekked back to camp.
The next few days were routine – we marked more trails and searched for signs of the monal. On the morning of January 4, I found that Vikram had woken up very early and was sitting in the kitchen staring at the fire in the hearth. I noticed a strange uneasy look on his face as if something was worrying him deeply. Upon enquiring what the matter was, he replied in an agitated tone that he would have to go home immediately and do some prayers and offerings as he was getting nightmares in the camp. Though I was surprised by his sudden outburst, I calmed him down and decided to move down to a lower camp, so Vikram could go home for a few days. Later, on the way to the lower camp, we marked one last trail that was left to be completed. At one point along the trail where pilgrims regularly offered prayers to a set of stones neatly arranged on the ground, Vikram prayed for a long time. He removed the fallen leaves from there and painted the “om” sign on the rocks. He truly seemed worried. Later on the same day, he left for home, while I stayed behind in the lower camp.
A week passed but there was no sign of Vikram returning or the much-awaited snowfall. The next day a boy in his teens, Prem Singh, arrived at camp saying he was Vikram’s brother. He had been sent by his brother saying he was worried that I would be having problems without anyone to assist me with my work. Prem told me that Vikram would be joining us soon after completing his prayers. On the night of January 19, the first snowfall began – overnight the entire area was transformed. I was all excited about the snow but deep down I was worried about Vikram’s absence. Two days later when there was a break in the snowfall, two strangers arrived at the camp late in the evening. The men appeared physically exhausted after having to plough through fresh snow for nearly five km to get to our camp. They had come to take Prem Singh along since Vikram was seriously ill, and wanted to return to their village the same evening though it was dark. Shocked by the news, I too decided to go down to the village and visit the hospital in the nearby town where he was admitted.
Above: Vikram Singh Bisht at Chandrashila peak on the new year day of 1997; Below: The mystical slopes of the alpine meadows overlooking the Shokharakh camp
The next day, I found Vikram in an emaciated state at the government hospital. He had become unbelievably thin and it was hard to recognise him. He had lost his speech, his movement and I learnt that he was unable to recognise anyone. His listless eyes stared straight at the hospital ceiling. I learnt from his mother who was there that he worried a lot about me and had fainted a few days earlier while he was preparing to leave for our camp. I again visited Vikram the next day. While I sat holding his motionless hands, consoling him that he will be fine soon, a tear trickled down the side of his cheek. He had recognised me! With great difficulty, I went back to the campsite. It was very difficult to find someone to assist me since everyone in the village believed that Vikram was attacked by a mountain spirit, but at last, I managed to find another person. Vikram passed away on January 27 at the hospital; the reason remains a mystery.
The following months during fieldwork, I sensed Vikram’s presence around me all the time. The slippery parts of the trail where he would put out his hand to help me, the pile of stones atop the Chandrashila peak, the vantage points atop the cliffs where we would sit together and look for monal, and missed the hot rotis that he would serve. He had become an integral part of my life and it was very hard to accept that he would never return. Many years have passed since I met Vikram, and the paint marks that he left on the trees and rocks have faded away, but I can never forget the enthusiasm for fieldwork and the thoughtfulness and caring nature of this simple mountain man. Even today the view of the mountains, its snow-covered peaks and the distant ringing call of the monal, instantly brings back vivid memories of Vikram Singh Bisht.
Suresh Kumar (email@example.com) is at the Department of Endangered Species Management at the Wildlife Institute of India, Dehradun, India.
field assistants | Kartik Shanker and S.P Vijaykumar | 3.1
It was pitch dark and unusually silent except for the distant cricket calls deep in the forest. There were three of us, including Mayavan. Chaitra and I were surveying for frogs in a Myristica swamp located in the lowland region of the southern Western Ghats. It was the first time I was venturing into this habitat in search of these frogs, especially the tiny tree frogs of the genus Philautus. The mission was to inventory the species and record their calls. Surprisingly we did not hear a single call and as I scanned the area for calls, my halogen headlamp showed an alert Mayavan searching the area around us with his own flashlight: not for frogs but for something else, somewhat larger. We had been warned by the forest watchers about the movement of pachyderms in the neighbourhood. But our curiosity couldn’t stop us from venturing into these forests. More than anything, it’s Mayavan’s presence that gave me the confidence to pursue this crazy game of frog hunting in elephant country. As I asked myself why the frogs were silent, I felt something soft on my shoulder! As my headlight turned in the direction Mayavan’s light was pointing, a few seconds passed, and there it was! A single eye glint amidst the thicket not very far from us, and though we couldn’t judge the distance in the dark, it was not far. We all froze for a few seconds, and a disturbing silence followed while we waited for Mayavan’s signal.
Within seconds, we were running through the trail laden with thorny vines… a high jump over a fallen tree…and the final 100 metres rush to our vehicle. Mayavan was the last, and he looked a little crestfallen. I asked him what happened? Scared? He replied in his humorous tone that he had lost one of his slippers. We all burst into laughter. That’s Mayavan – Phantom – a guy who can get you out of the trouble and at the same time ease the moment with his humour.
Over the last two years, every field trip has shown me a new, more interesting aspect of Mayavan. A few field trips for frog catching and call recording made him an expert in locating frogs by their calls. It just took him two days to get a hang of it and find new ways to locate them. At times, he surpasses me in the number of individuals he locates by calls. Slowly he has ventured into the world of specimen processing. I feel guilty sometimes when my late night work keeps him sleepless. But, his enthusiasm and patience gives me the much-needed energy in the field to push my own limits. With Phantom around, my life in the field becomes more than just routine data collection. With his humour, his enthusiasm to understand and learn, his patience, his rich experience, and those sharp watchful senses, it is no wonder that he has remained a “silent partner” on many research sagas like mine.
Driving back from the field in our gypsy, Mayavan was lying in the back and staring through the skylight in the canvas top, and I heard a refrain of ‘yes no yes yes yes no no’. After a while, I became intrigued and asked him what he was doing. He responded that he was estimating the canopy cover on the way back to the field station. Just that day, he had accompanied a researcher and watched him do canopy counts through a scope. As I discovered over a 3 year period, Mayavan had an exceptional ability to pick up our research techniques and adapt them with little or no instruction.
Mayavan first started working with me when I was conducting fieldwork for my doctoral thesis at Upper Bhavani in the Nilgiris. Unlike many other field assistants, he was neither a tribal nor a local. No body of knowledge had been passed down through the generations. Everything he had learned, he had learned on his own, mostly after he dropped out of school after high school. His father was a driver with the Electricity Board, and he had lived with him in the area and started wandering around out of curiosity. When I met him, the only person who knew this region better than Mayavan was Kasi, an old poacher turned field assistant.
Mukurthi is a lovely sanctuary on the western edge of the Upper Nilgiris plateau with rolling grasslands and postcard pretty sholas nestling in the valleys. Few researchers had worked in the area, as many parts of the sanctuary were inaccessible and somehow did not have the glamour of the lower elevation elephant-dominated forests such as Mudumalai and Anamalais, or the evergreen forests of Kalakkad.
My own work there was on small mammals, mainly rodents. We carted over 200 sherman traps from shola to shola, setting them up in 1 hectare and 0.5 hectare grids, and monitoring them each morning. We trapped for over 35000 trap nights, in the sholas, grasslands and a range of plantations in the Upper Nilgiris. Mayavan and I became experts in handling the rodents – sliding our hands into the traps, nestling the rats in our palms and then slipping off the connecting rod that would open the trap, leaving the rat in our hand. Wrougton’s rat, the whitebellied form of the common rat, and our most frequent visitor, is an aggressive customer, and needs to be handled with care. A little slip and you were guaranteed a nasty bite. Mayavan was much fonder of the mice, which he would handle like pets, while he positively hated the shrews, which were the most aggressive and smelly. In fact, he was pretty good at smelling the trap and predicting which species had been caught.
Very quickly, Mayavan understood exactly what the study was about. He fully understood that we were looking at differences in diversity in sholas of different sizes (otherwise known as island biogegraphy), that we were looking at population trends, and whether these were synchronized across sholas. He could be completely trusted to supervise the fieldwork in my absence. This is in spite of the fact that Mayavan himself could not write in English. And though my other assistant(s) would keep records, it was Mayavan who often called the shots when I was away. Mayavan also had a remarkable sense of humour that kept us all in good spirits while we worked through the incessant rain and other hardships. Every researcher who passed through was quickly assigned a nickname, that was sometimes friendly and funny, and sometimes not. trusted to supervise the fieldwork in my absence. This is in spite of the fact that Mayavan himself could not write in English. And though my other assistant(s) would keep records, it was Mayavan who often called the shots when I was away. Mayavan also had a remarkable sense of humour that kept us all in good spirits while we worked through the incessant rain and other hardships. Every researcher who passed through was quickly assigned a nickname, that was sometimes friendly and funny, and sometimes not.
After I left, Mayavan helped a series of researchers with their research and Doctorates in the Upper Nilgiris. He worked with Nixon and Bhupathy of SACON on a herpetolog y project and with Uma on the Nilgiri pipits. Today he works at the Centre for Ecological Sciences with my PhD students. He is a fair expert on herps, particularly frogs. He continues to be the premier field assistant for rodents, and is occassionally called on to assist with trapping studies. More than anything else, it is his quick grasp of field methods, his curiousity for the science and his deep commitment to boththe project and the researchers, that make him so valuable.
Kartik Shanker (firstname.lastname@example.org. in) is Assistant Professor at the Centre for Ecological Sciences, Indian Institute of Science, Bangalore, India, & a Trustee of Dakshin Foundation, Bangalore, India.
S.P. Vijayakumar (email@example.com) is a PhD student at the Centre for Ecological Sciences, Indian Institute of Science, Bangalore, India.
field assistants | Raman Kumar and Ghazala Shahbuddin | 3.1
It had been nearly half an hour since we started looking for the nesting bird that we had been waiting to spot all day. We weren’t hopeful, and it was getting dark. But Mangu Singh Shekhawat confidently continued to scan the thick forest on the hill across the nallah. Suddenly he froze. We followed his gaze and, sure enough – there it was! Obscured by a drooping vine, thirty feet up on a rocky ledge, and glaring at us with its penetrating yellow eyes was our bird – the cryptic Brown Fish Owl – sitting in its nest. Mangu gave a triumphant grin that seemed to say, “I told you so!”
When we first arrived in Sariska for our study on birds in March 2003, we had expected to employ a local person from the Gurjar community as our field assistant. Instead, we ended up working with this energetic, mischievous young ‘outsider’ hailing from a far-off village, who earned a living as a nature guide to tourists at Sariska. On our very first day in Sariska, an aggressive rhesus monkey got into our vehicle and grabbed one of our bags. Mangu swung into action, chased the rhesus and deftly prised it out of the surprised monkey’s hands! It was then that we sensed he indeed was a different kind of person.
Mangu’s knowledge of Sariska was intimate; fieldwork was something he looked forward to. Inset: Mangu Singh Shekhawat always wore traditional ear studs and a disarming smile; his good humour brightened up even the most tedious field days
But how did Mangu end up in Sariska? “Back in our village, I helped my father and brother till our small piece of land. Cultivation was failing because of the long drought and I started looking for a job. Then I came across this advertisement in the newspaper calling for trainee nature guides and thought I’d try my luck in Sariska,” Mangu recollects. “I was new and had absolutely no knowledge about the forest or animals. It took me more than a year to gather confidence. Later, with experience, I started to enjoy it.” He smiles shyly and adds, “Now they call me ‘Mowgli’ Mangu.” Today, he’s just about the only trained guide remaining in Sariska. Out of the twenty-two who undertook the training, many have left their jobs. Some continued being nature guides but went away to other parks like Ranthambhore and Keoladeo. The rest took up better-paid jobs at privately owned resorts.
During our early days in Sariska, Mangu showed us around the Reserve, familiarising us with the terrain. His field skills and excellent relations with both the forest staff and the villagers helped us overcome the teething troubles of fieldwork. Every time we crossed a forest chowki, Mangu would inevitably stop and ask about the health of the forest staff there. His very presence was sure to bring an indulgent smile to every staffer’s face! When passing a hamlet there was seldom an occasion when Mangu was not invited for tea or lassi by some villager. His high spirits and good humour never failed to dispel the tedium and monotony of the long days of fieldwork.
Mangu quickly fits into his role while setting up the project. When we were scouting for sites, his knowledge of the place and the people was a great asset. Not only did he suggest ideal locations but also helped us plan out logistics for our study, which was aimed at investigating the effects of forest resource extraction on bird communities. During the course of our study, Mangu rapidly supplemented his existing knowledge of Sariska’s fauna by including more than 100 species of birds to his list, which was previously limited to large mammals as demanded by his job as a tourist guide. His sharp eye was quick to detect and identify birds and soon he also became familiar with their calls. With plants, he was equally adept. Though he already knew the vernacular names of many plants, he also learnt their scientific names with enthusiasm.
‘Mowgli’ Mangu’s observations go beyond plain identification and touch the realms of natural history and ecology, something he has learnt not from books but on his own in the field. Why are the vultures gathering there? – There must be a kill. Why are the partridges alarming? – There should be a mongoose nearby. Is that bird carrying a grub in its bill? – There should be a nest with chicks. And unlike many other paid naturalists who tend to exaggerate events just for extra effect, we found that his portrayal of events, animal behaviour and sightings were true in every detail.
Instead of being intimidated by technology Mangu eagerly mastered it; new instruments fascinated him. He took the initiative to understand the use of gadgets like the rangefinder and GPS and learnt scientific survey techniques such as point counts. This was a great relief; the tasks of data collection could now be shared efficiently and we could concentrate more on observation. By the time we concluded our fieldwork, Mangu had learnt and contributed more to the project than an additional researcher could ever have.
The rapport that Mangu (left) had with both forest staff (centre) and the villagers (right) helped us overcome the initial teething troubles of fieldwork
Mangu carved out a niche for himself as an excellent guide, especially among serious naturalists and birdwatchers. His reputation spread by word of mouth. “Most tourists are not seriously interested in wildlife,” he often complained. “They are impatient and loud and only want to see tigers. I prefer people who genuinely appreciate the wilderness.” After a tedious week with noisy tourists from Delhi and Jaipur, he looked forward to Friday afternoons when he was contracted with the Sariska Palace Resort to take groups of birdwatchers out on a birding walk. Accompanying him into the forest, one could sense his keen enthusiasm for all wildlife – whether a humble dung beetle or a charismatic king vulture.
Apart from guiding hardcore wildlifers, Mangu has also had a chance to assist several documentary filmmakers. “I have learnt a lot from such people,” he admits. “They have helped me develop a better understanding of nature.” He shows his prized possessions handed to him as gifts by visitors impressed with his work – a pair of binoculars, a field guide to birds, several books, pictures, postcards and souvenirs. His fascinating experiences in tiger country with various naturalists over the years could fill a book. “It was a quiet afternoon,” he narrated one such incident. “I was helping a German filmmaker take shots of a langur. The monkey had descended to drink water from a forest stream, when a leopard, who apparently had been eyeing its prey for quite a while, jumped out of the overhanging tree to grab the unwitting animal!” His eyes twinkle at the recollection. “I was so lucky to have witnessed such an awesome sight.” During his long years at Sariska, Mangu has earned the trust of the park officials at all levels. Any information provided by him on wildlife is taken seriously. He is one of the few regular volunteers during the annual wildlife census. Mangu also has the distinction of being the only person outside the forest department to win an award for his contribution to the cause of wildlife conservation. Working as a guide and doubling as a field assistant, Mangu regularly sent money home. “There’s no water for our fields. During the drought the well dried. Now we need to sink a bore-well and that is expensive,” he used to say. “I like this work. It is exciting and I learn a lot. Someday I will have my own Gypsy. I would also like to learn English so that I can explain things better to foreign tourists.” However, Mangu’s plans went awry with the disturbing news that tigers had disappeared from Sariska. Mangu was very concerned and he volunteered with the forest department to search for tiger signs, and collect intelligence about possible poaching.
But soon it was official: the tiger was declared locally extinct in Sariska. “Tourist numbers dropped drastically and I had two kids to bring up,” Mangu lamented. “I considered moving to Bharatpur or Ranthambhore, or even going to Jaipur and work as a tourist guide.” Finding that it was difficult to create a niche for himself from scratch in other wildlife areas, he reluctantly went to Jaipur to seek a living for himself as a regular tourist guide.
It was a struggle having to switch gears from wildlife to conventional tourism. But Mangu being Mangu, he took this new role in his stride. The following year he went to Pondicherry to learn French and since then has served as an exclusive guide for French tourists. However, in recent times with a dip in the arrival of overseas tourists, he faces another crisis. But his heart is still in Sariska. He hopes that someday he can find a job with a long-term research project in Sariska, so that he can get back to exploring the Aravallis. Mangu Singh Shekhawat is an exceptional case. He is educated, resourceful and versatile – he will adapt and survive. But, for most other field assistants, life is tough after projects wind up. They, having spent their prime years doing little else but assisting researchers, suddenly discover that their special skills can no longer earn them a living, and it’s too late in life to learn another trade. Taking a cue from Mangu, field assistants with their uncommon abilities can make excellent naturalists, given some training and support. Their abilities could come in handy if they find employment in tourism or forest departments. We are happy that Mangu Singh managed to overcome a livelihood crisis. But the research community is definitely the loser. Losing such trained and committed people to other professions is also a major loss for conservation in these regions, and we need to think of ways in which to address these issues. Mangu and other talented field assistants are worth a lot more than just a passing mention in the Acknowledgement sections of scientific papers.
Raman Kumar (firstname.lastname@example.org) is a PhD student at the Centre for Wildlife Studies, Bangalore, India.
Ghazala Shahabuddin (ghazalafarzin@ yahoo.com) is Adjunct Professor at the Global Environmental Politics Program, American University, Washington DC, USA, & a Fellow at the Wildlife Conservation Society-India Program, India.
Image credit: Raman Kumar and Ghazala Shahbuddin
field assistants | Charudutt Mishra | 3.1
Sushil holding blue sheep (Pseudois nayaur) horns during the survey of the remote Lingti valley
Sushil Dorje was born in a farmer’s family in the remote, high altitude Himalayan village of Kibber in the Spiti Valley. Sushil started his conservation career as a field assistant in a research project in 1996. Though he had limited education in a village school, and no formal training, a deep curiosity about nature resulted in Sushil’s remarkable growth into one of the most committed conservationists in the region. Today he is the field programme coordinator for the Nature Conservation Foundation (NCF) and the India Program of the International Snow Leopard Trust (ISLT) in Himachal Pradesh.
Sushil is a fine naturalist and can identify most rangeland plants (using scientific names!), birds and mammals of the Trans-Himalaya. His vast knowledge about this landscape combined with his enthusiasm makes him a key resource person for research projects here. Sushil has contributed substantially to one completed Doctorate, two ongoing Doctorates, one Masters dissertation and several other short-term research projects. His support has resulted in more than a dozen peer-reviewed scientific publications, with several more in the pipeline.
Working selflessly at frigid heights of 4000 to 5500 m, Sushil contributes much more for wildlife conservation than can be expected from the small income he derives. Sushil’s understanding of conservation problems in the trans-Himalayan as well as his people’s concerns has come in handy while addressing human-wildlife conflict in this region. Households in Spiti face substantial financial losses due to livestock depredation by the snow leopard Uncia uncia and the wolf Canis lupus and the endangered carnivores are persecuted in retaliation. Sushil has helped expand the community-based livestock insurance programme, which was started in his village to address human-snow leopard conflicts, to nine other villages in Spiti and Ladakh. He has also been involved in the setting up of two village wildlife reserves, which is a participatory conservation initiative with potential benefits for both people and wildlife in this region (see www.ncf-india.org for more details). He is also involved in monitoring the performance of these conservation efforts by coordinating camera-trapping studies of the snow leopard and monitoring mountain ungulates and birds.
Sushil is also actively involved in spreading awareness about wildlife conservation within his community. He motivates the youth of Spiti to help Charudutt Mishra (as told to Soumya Prasad) protect wildlife and has helped stop the occasional hunting that used to take place. He is working with several schools to promote conservation education and awareness amongst Spiti’s children. His extensive natural history knowledge makes him a ‘local hero’ for children and youth alike in Spiti.
Inspired by Sushil’s life and work, Pranav Trivedi featured Sushil as the main character in a book for children titled ‘Nono, the snow leopard’ which was published by NCF in 2007. In recognition of his outstanding contribution to reconciling the interests of nature conservation and local rural economies in these high altitude rangelands, Sushil was awarded the Van Tienhoven Foundation (Netherlands) award in 2008 in a ceremony in Ladakh.
Charudutt Mishra (email@example.com) is at the Nature Conservation Foundation, Mysore, India.