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Trans-boundary human-elephant conflict in the Indo-Nepal terai landscape

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Abstract

East-west ecological range of the terai elephant population extends from the Teesta char (Baikunthapur Division) through Mahananda Wildlife Sanctuary (MWLS) under Wildlife Division-I and southern forests of Kurseong Division up to Bahundangi Village Development Council, Jhapa district, Nepal, on the western border. In recent years, this landscape, interspersed with human habitations, has become an extensive human-elephant conflict (HEC) zone in terms of human mortality, crop depredation and loss of properties.
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| Trans-boundary human-elephant conflict in the Indo-Nepal Terai Landscape |
TRANS-BOUNDARY HUMAN-ELEPHANT CONFLICT IN THE
INDO-NEPAL TERAI LANDSCAPE by Jayanta Kumar Mallick
Introduction
In northern West Bengal (India), the habitat of
the endangered Indian elephant (Elephas
maximus indicus Cuvier, 1798) lies in Darjeeling
(terai) and Jalpaiguri (duars) districts spread over
1,828.35 km2 of forests (Elephant Census, 2010)
and divided by major rivers into three zones: 1)
Terai (Mechi-Teesta) - 339.96 km2; 2) Western
duars (Teesta-Torsa) - 482.54 km2; and 3) Eastern
duars (Torsa-Sankosh) - 1,005.85 km2.
The east-west ecological range of the terai
elephant population extends from the Teesta char
(Baikunthapur Division) through Mahananda
Wildlife Sanctuary (MWLS) under Wildlife
Division-I and southern forests of Kurseong
Division, up to Bahundangi Village Development
Council, Jhapa district, Nepal, on the western
border. In recent years, this landscape,
interspersed with human habitations, has become
an extensive human-elephant conflict (HEC) zone
in terms of human mortality, crop depredations and
loss of properties.
Study area
The study area, lying between the Teesta
catchment area and Bahundangi across the Mechi,
is the westernmost elephant habitat and impact
zone. The only protected area (PA) in this zone is
MWLS (Latitude 26°23’33" - 26°47’54" North;
Longitude 88°23’36" - 88°23’31" East) covering
158.04 km2, with National Highway 31A (Siliguri-
Gangtok) on the east, National Highway 55
(Siliguri-Darjeeling) on the west, the plains of
Laltong to the south and Latpanchar of Kurseong
hills to the north at elevations of 150–1,150 m
above sea level.
The forest types are riverain Khair-Sisoo-Simul,
Eastern Bhabar Sal, Eastern Terai Sal, Lower Hill
Sal and Pure Sal, intervened by Dry Mixed, Wet
Mixed, Lower Hill Dry Mixed, Lower Hill Wet
Mixed and Middle Hill forests. These forests are
dotted with many forest/revenue villages, military
cantonments and tea garden (TG) colonies. A 12
km segment of the broad-gauge railway track
(Siliguri– Alipurduar) cuts through MWLS
(Gulma-Sevoke). Across the Nepal border, the 54
km2 area of densely populated Bahundangi
(Latitude 26°74´ North; Longitude 88°16´ East) is
situated at an altitudinal range of 125–381 m above
sea level. The forest is thin and fragmented without
any carrying capacity to contain a large elephant
herd.
Justification of the study
North Bengal is an age-old HEC area (O’Malley,
1907; Fawcus, 1943; Lahiri-Choudhury, 1975; Bist,
1977; Lahiri-Choudhury and Bardhan Roy, 1983;
Santiapillai and Jackson, 1990; Dey, 1991; Barua,
1995; Barua and Bist, 1995; Bist, 1996; Singhal,
1996; Chowdhury et al., 1997; Bist, 1998; Datta
Roy, 2003; Sukumar et al., 2003; Mangave, 2004;
Venkataraman et al., 2005; Roy et al., 2009). A
few literatures also highlight the HEC in
Bahundangi, Jhapa (Velde, 1997; Yadav, 2002;
Bhandari, 2004; Shrestha, 2007). But no exclusive
account is available for the whole of the Indo-
Nepal terai region, which is considered a ‘high
conflict zone’ during recent years.
One of the important problems identified by the
Elephant Task Force (Ministry of Environment and
Forests, India) in the conservation of elephants is
the lack of sufficient research on conflict–related
issues that can inform action on the ground
(Shahabuddin, 2010). Hence, a one-year study on
the status of HEC was conducted in the terai during
2010 with the assistance of the local forest
department staff to bridge this knowledge-gap.
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Methods
Information was obtained from published literature,
newspaper reports and records available from the
Forest Department. Primary data were collected
through field surveys, interviews with the local
villagers and departmental staff.
Results and discussion
The home range of the terai elephant population
is about 500 km2. Two (eastern and western)
important elephant corridors have been identified
within this range (Tiwari, 2005):
(1) Apalchand–Teesta char–Mahananda (Lat
26°47´–26°49´ N, Long 88°31´–88°35´ E).
Length: 10–11 km; width: 3 km; settlements:
Naya basti (200 houses), labour lines of TGs,
Laltong (18 houses), Shaugaon (200 houses)
and Dhumsigara village. Used by bulls and
large herds of 40–80 elephants during July–
November (Route: Apalchand RF–river Gish
(near Gazaldoba)–Sonali TG–river Lish–
Kolagaiti TG–river Teesta–Laltong RF).
(2) Mahananda–Kolabari (Lat 26°46´–26°48´ N,
long 88°11´–88°19´ E). Length: 1.2-13 km;
width: 1–1.5 km; settlements: Mahananda-
Mechi Terai (225–230 families), Nepunia basti
(500–600 families), Owaldangi (70 families),
Tukra basti (35 families), Chenga basti, Srasath
Seema Bal (SSB) army camp and labour
colonies of tea gardens. Used by bulls and
herds during maize (May to July) and paddy
(October to February) seasons (Route:
Mahananda–Lamagumba RF (near
Sukiakhola)–Rohini TG–Bamanpokhri RF–
Garidhura TG–Balason extension forests–
river Balason [near Hatidhura]–Tartari RF–
Barachenga–Belgachia– Nipania–Ashapur
TGs–Kolabari RF–river Mechi–Nepal or
Tukriajhar RF via Bengdubi–Naxalbari–
Uttam Chander Chat forests].
HEC in the Darjeeling terai has a century-old
history. O’Malley (1907) first recorded the
movement of a herd of at least 30 elephants into
Nepal by crossing rivers Teesta, Mahananda,
Balason and Mechi. “… south of the district is
infested by wild elephants, sweeping through it in
large herds or roaming singly (which) are a
veritable scourge to the people; and for the last
few years, the Tarai has had a melancholy record
of persons killed, crops destroyed and villages
ruined by them. Indeed, the depredations of these
animals in this part of the district have become so
serious a menace to life and property that there is
a danger of much of the land being thrown out of
cultivation and relapsing into jungle.”
Fawcus (1943) reported that the large herds of
the region had become smaller and less numerous
due to encroachment for tea cultivation and
agriculture. He, however, made no reference to
herds operating west of the Teesta and the
migration of elephants into Nepal. It may be
inferred that at that time either this migration had
ceased to occur or the amount of depredations
was minimal.
In north Bengal, the pocketed elephants used to
change their locations (ranges) with the passage
of time to adapt themselves to the changing
environment, by moving on to new areas and
adopting new routes (Barua and Bist, 1995).
During the mid-twentieth century, elephants were
reportedly sighted in Kurseong Division only during
the summer months. The Annual Report of the
Wildlife Preservation (1955-56) recorded the
presence of only ten elephants in Sukna and Sevoke
ranges of Mahananda (Game) Sanctuary. There
was no report of any residential elephant population
in this PA during 1957-1967. Guhathakurta (1966)
recorded elephant–encounters in Mahananda, but
did not mention the population status. The
elephants were, however, more common in the
eastern part of the river Teesta, where the habitat
was extended up to Bhutan through Kalimpong
(Guhathakurta, 1964).
There were no records of big herds of elephants
west of the river Teesta until the early 1970s (Dey,
1991). Lahiri-Choudhury (1975) quoted Prakritish
Chandra Barua (Lalji)’s report about occasional
movement of a small herd numbering about 12
elephants between Kurseong and Nepal. During
1971-81, 117 elephants, forming over 40% of their
population, were captured in north Bengal (Bist,
1998). But instead of mitigation, the problem
worsened in 1980s (Dey, 1991). It was observed
that factors such as habitat loss and biotic
interferences rather than the overpopulation were
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responsible for the depredations (Barua, 1995).
Hence, such capture was stopped.
Since the mela shikar (elephant capture) was
confined mostly to the terrain east to the river
Teesta, the elephant herds from this zone started
moving towards the west. They became isolated
in MWLS and were frequently found in Kurseong
Division, leading to frequent depredations in the
civil areas. Tukriajhar Reserve Forest (RF) along
with Uttam Chandar Chant RF (southernmost
habitat in Darjeeling district) and Jhapa comprise
a seasonal elephant movement zone. This has led
to serious HEC from 1974-75 onwards.
In 1977-78, a herd of 60 elephants migrated to
Nepal through Panighata by crossing the river
Mechi, but soon returned to India due to military
intervention (Bahuguna and Mallick, 2010). Since
July 1978, as many as 5 elephants were captured
and 4 killed as rogues in Kurseong Division; 13
human beings were killed by elephants. Once
again, in November 1980, elephant depredations
became a serous issue in Naxalbari, where for
two months a herd of around 60 elephants would
take shelter during the day in the isolated forest
patch of around 22 ha (Uttam Chandar Chant)
and used to raid crops at night in the surrounding
villages (Lahiri Choudhury and Bardhan Roy,
1983).
Trained elephants (kunkis) were successfully
deployed in November 1980 and August 1981 to
chase away the marauding elephant herds
pocketed in Kurseong Division to MWLS - about
20 km away - after which no serious depredations
took place in the terai during the twentieth century.
Since the 1980s, the practice of converting the
natural forests into monoculture plantations of
commercially valuable species was stopped and
habitat improvement works like plantations of
fodder (bamboo and grasses like Saccharam sp.)
were taken up in MWLS. The sanctuary was
also extended by 30.82 km2 in 1996 by including
parts of Laltong block of Baikunthapur Division.
As a result, elephant herds again started
frequenting the terai landscape and one small herd
became resident in MWLS.
Santiapillai and Jackson (1990) identified the
elephant population west of the river Torsa as being
the most seriously threatened, but did not record
any observations on the terai population. In fact,
the elephant population of MWLS and surrounding
Kurseong forests appears to be fluctuating because
of their inherent trend to migrate seasonally from
one forest to another. An estimation during
November 1990 recorded a congregation of herds
of 102 elephants on the Teesta char
(Chamukhdanga/Laltong), but recorded only 8
elephants in MWLS and 5 solitaries in Bagdogra
Range of Kurseong Division (Dey, 1991). The
elephant census figure for 1993 increased to 50 in
MWLS. In April 2000, its population was reduced
to 37 (5 loners– two tuskers, one left tusker, two
maknas (tuskless males)– and two herds with 27
and 5 elephants respectively) in MWLS. Yadav
(2002) assessed the trans-boundary elephant
population as 50-75, including 15 tuskers and 7
calves. On 25th April 2005, 55 elephants were
counted in the terai. The 2007 census recorded
only about a dozen elephants in MWLS, indicating
dispersal of most of the elephants to the adjacent
habitats. However, the census in November 2010
estimated the terai elephant population as 83,
distributed in Baikunthapur (123.96 km2), Wildlife–
I (Mahananda 152.96 km2) and Kurseong (63.04
km2) Divisions. There were 17 elephants (11 adult
males, 3 adult females, 1 of unknown sex and 2
calves in Kurseong Division.
In December 2005, it was reported in the 3rd
Steering Committee meeting of the CITES MIKE
South Asia Programme that around 70 elephants,
originating from Mahananda, caused extensive
depredations in surrounding areas and also in
bordering villages in Nepal. About 50,000 people
were reportedly affected by these incursions and
30-50 people were killed by the elephants. Crop
and property loss due to elephant depredations was
valued at $50,000. The HEC is still continuing in
the study area and the impact was assessed during
the present study.
In all, 49 elephant mortalities were recorded in the
study area up to 2010 due to collisions with trains
(16), poaching (1), bullet injuries (16), electrocution
(10), poisoning (5) and elimination of rogues (1).
It appears that during the twentieth century, except
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for one case, all other mortalities were due to
collision with the trains passing through
Mahananda.
The number of human beings killed by the elephants
in and around Wildlife-I and Kurseong Divisions
was 84 during 2003-2010. Up to 2010, 26 people
were also reportedly killed in Bahundangi by
elephants (Kuldip Giri, Secretary, Bahundangi
Village Development Committee, pers. comm.).
Besides, many more elephants and human
beingswere injured, a huge number of huts were
damaged and a large quantum of standing crops
destroyed. Compensation was paid by Wildlife-I
and Kurseong Divisions. The amounts disbursed
during 2008–2009 and 2009–2010 (Table 1) show
increased (60.27%) payment in Kurseong Division,
but reduced payments (20.56%) in Wildlife
Division-I.
Items Wildlife Division-I Kurseong Forest Division
2008-09 2009-10 2008-09 2009-10
Persons killed - 1 1 14
Persons injured - 3 7 18
Compensation paid
for human death
and injury
- 110,570.00 225,000.00 4,91,447.00
Livestock killed 1 4 - 9
Compensation paid
for li vestock killed 700.00 2,500 - 6,300.00
Hut damage 29 54 774 195
Compensation paid
for hut damage 2,18,250.00 58,400.00 386,900.00 553,200.00
Crop damage (ha) 10.000 90.000 122.025 95.500
Compensation paid
for crop damage 99,500.00 81,500.00 488,100.00 712,053.00
Total
compensation 318,450.00 252,970.00 1,100,000.00 1,763,000.00
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was also brought from Bankura (south Bengal) to
expedite the driving operation. Herds were often
prevented from entering Nepal through intensive
patrolling along the river Mechi in November-
December, when farmers harvest their second
crop. But, due to heavy rains during the monsoon,
when the entire terrain becomes inaccessible to
vehicles, it is difficult to control their movement.
In addition, there were frequent political
disturbances in the region during the last few
years.
The Nepal police were approached for help and
cooperation through the SSB. Some informal
contacts were made during 2007 with the villagers
on the Nepal side with the help of some NGOs
(WWF-Nepal) and FPCs to sensitise them towards
protecting elephants. Some search lights and
firecrackers were given to the villagers to help
them keep elephants away from their croplands.
But this arrangement did not appear to work. As
far as conservation initiatives in Jhapa are
concerned, some activities were undertaken by
the District Forest Office, District Development
Committee, Village Development Committee and
District Administrative office. The local people
have also formed an organization called ‘Hatti
Niyantran Committee’ in order to tackle the HEC.
However, more effective integrated conservation
activities are lacking in the study area.
Conclusions
For managing elephant populations moving across
the Indo-Nepal border, preparation and
implementation of a joint action plan by the forest
departments of West Bengal and Nepal is
essential. There is also need for better coordination
among the forest officers of West Bengal (DFOs/
Wildlife Division I and Kurseong Division) and
DFO/Jhapa in Nepal to share information about
movement of elephant herds, existence of problem
elephants and activities of elephant poachers.
Trans-boundary meetings between Nepal and
India at the local level with respect to HEC should
be carried out regularly, at least every month during
the crop season. Radio-telemetry should be used
on a few elephants moving across the border for
giving advance warning to the forest staff and
villagers. A special elephant squad, along with a
Human-elephant conflicts have been going on for
generations in the study area, but there were no
reports of any retaliatory killing of the elephants
in the twentieth century; however, such incidences
have increased during the last few years. To curb
the elephant depredations, the local people in Jhapa,
Nepal have started killing the marauding elephants
by poisoning, electrocution and shooting
(Bahuguna & Mallick, 2010). Regular attacks and
firing on these migratory elephants have made the
animals hostile, increasing the risk of conflict in
the border areas in both the countries. Some have
been hit by ‘sophisticated bullets’ by the army/
police personnel of Nepal and the rest with crude
bullets, arrows and spears by the villagers.
The villagers have also taken up other measures
to cope with the HEC like chasing the elephants
with fire torches, setting off firecrackers, erecting
machans to keep regular watch and ward to guard
their crop fields, etc. Unfortunately, these measures
do not appear to be very effective.
The negative attitude of the affected people in
Darjeeling has been comparatively reduced
because the economic loss is compensated by
Wildlife-I and Kurseong Divisions, but no such
compensation is paid for depredations in Jhapa,
Nepal. Consequently, retaliatory killing of the crop-
raiders to reduce the number of problem elephants
is on the rise along the eastern boundary of Jhapa
district. It was observed that the villagers in Nepal
have been trying to prevent incursions of elephants
by using electrified wires, leading to the mortality
of some elephants. Elephants are also killed by
the Nepal police or BSF personnel at the insistence
of the harrassed villagers. The lack of participatory
conservation and development activities in this
vulnerable zone has led to such intolerant and
negative attitudes of the villagers.
Extensive efforts are also being made to keep the
elephants away from the river Mechi and confined
within the Indian territories by means of energized
fences, mobile squads, and driving the elephants
by the FPC members, forest staff and
departmental elephants (kunkis). A team of
mahuts, kunkis and experienced staff from
Jaldapara Wildlife Sanctuary was also sent to help
the local staff of Kurseong Division. A hulla party
(experts in elephant-driving) comprising 15 persons
| Trans-boundary human-elephant conflict in the Indo-Nepal Terai Landscape |
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trained and efficient hulla-party, may be stationed
permanently at a convenient location nearer to the
problem area for driving the elephant herds back
to the designated area. Help of the SSB posted in
the locality (e.g., Tarabari camp), may also be
sought for this purpose. Army authorities should
also be approached for extending help and
cooperation at the time of exigency.
Awareness programmes among the local farmers
should be arranged by the forest departments of
both Nepal and West Bengal. Local NGOs may
volunteer to tackle HEC by actively participating
in such efforts of community participation as well
as monitoring and mitigation initiatives. Each local
village guarding group and the farmers should be
trained how to control and drive elephants from
their crop fields. The police and forest department
personnel should also be included in such groups.
Devices to frighten the elephants and night vision
binoculars should be provided to the driving teams.
Suitable infrastructure should be constructed for
controlling the crop raiders like watch towers,
electrified barriers, solar fencing and dyke
construction along the bank of river Mechi.
Permanent barriers (mechanical/elephant-proof
trenches) should be used in the vulnerable areas
for containing elephants within the designated
areas.
Moreover, the farmers may be encouraged to grow
alternate cash crops not liked by the elephants
such as tea, lemon, chilly, etc., instead of the
agricultural crops, particularly along the river bank,
and cultivation of staple foods (elephants fodder
species). The modalities for payment of
compensation for crop depredations, property
damage, human casualties and injuries in Jhapa,
Nepal, must be worked out. The transboundary
nature of elephant movements can only be
controlled through effective HEC management and
a collaborative transboundary approach at micro,
meso and macro levels, integrated through
appropriate policy and implementation
frameworks.
Acknowledgements
The author gratefully acknowledges all the
local forest department staff and villagers who
extended help and cooperation during the
study.
References
Bahuguna, N.C. and J.K. Mallick. 2010.
Handbook of the mammals of South Asia.
Natraj Publishers, Dehradun.
Barua, P. 1995. Managing a problem
population of elephants. In: Daniel, J.C. &
H.S. Datye (eds.). A week with elephants.
Bombay Natural History Society and Oxford
University Press, Bombay, India. Pp.151-161.
Barua, P. and S.S. Bist. 1995. Changing patterns
in the distribution and movement of wild
elephants in North Bengal. In: Daniel, J.C.
& H.S. Datye (eds.). A week with
elephants. Bombay Natural History Society
and Oxford University Press, Bombay, India.
Pp.66-84.
Bhandari, T.R. 2004. Elephant-people conflict
in Bahundangi VDC of Jhapa district.
Tribhuban University, Post Graduate Campus,
Biratnagar, Nepal, Kathmandu.
Bist, S.S. 1977. Man-animal conflict: causes
and control measures. In: Namboodiri, N.
(ed) Practical elephant management: a
handbook for mahuts. Elephants Welfare
Association: India. Bist, S.S. 1996. Man-
elephant conflict: causes and control
measures. Zoos’ Print 11(6):43-46.
Bist, S.S. 1998. Elephant-human conflict in
West Bengal. Envis Bulletin Wildlife and
Protected Areas 1(1): 12-20. Wildlife
Institute of India, Dehradun.
Chowdhury, S., Khalid, M.A., Roy, M., Singh,
A.K. and R.R. Singh. 1997. Management
of elephant populations in West Bengal
for mitigating man-elephant conflicts. A
consultancy report for West Bengal Forestry
Project. Wildlife Institute of India, Dehra Dun.
Datta Roy, A. 2003. Crop raiding behaviour of
elephants in north Bengal, with reference
to habitat fragmentation and group
structure. M.Sc. Dissertation, Wildlife
Institute of India, Dehradun.
Dey, S.C. 1991. Depredation by wildlife in the
fringe areas of North Bengal forests with
special reference to elephant damage.
Indian Forester 117(10):901-908.
Fawcus, L.R. 1943. Report of the game and
game fishes preservation committee on
| Trans-boundary human-elephant conflict in the Indo-Nepal Terai Landscape |
13
Vol. 39: No. 4 October-December 2012
13
13
the existing species of game in Bengal.
Bengal Government Secretariat, Calcutta.
Guhathakurta. P. 1964. The Forest Wild Life
Association and the distribution of some
animals in the forests of West Bengal. In:
Proceedings of Symposia (West Bengal Forest
Centenary), Forest Directorate, Government
of West Bengal, Calcutta. Pp.289-294.
Guhathakurta. P. 1966. Mahanadi Wild Life
Sanctuary. In: West Bengal Forests,
Centenary Commemoration Volume, Forest
Directorate, Government of West Bengal,
Calcutta. Pp.245-247.
Lahiri Choudhury, D.K. 1975. Report on
elephant movement and depredation in
Jalpaiguri Division and part of Madarihat
Range of Cooch Behar Division in June-
July 1975 and other notes. Submitted to
Government of West Bengal, Calcutta.
Lahiri Choudhury, D.K. and B.K. Bardhan Roy.
1983. Anchored mela type chase without
capture operation in North Bengal: an
exercise in anti-elephant depredation
method. In: Proceedings of the International
Workshop on management of elephants in the
wild and in captivity held at Jaldapara Wildlife
Sanctuary, West Bengal, India, December 10-
17, 1982. North-East India Task Force, Asian
Elephant Specialist Group, IUCN/SSC,
Calcutta.
Lenin, J. and R. Sukumar. 2011. Action Plan for
the mitigation of elephant-human conflict
in India. Asian Nature Conservation
Foundation, Indian Institute of Science,
Bangalore.
Mangave, H.R. 2004. A study of elephant
population and its habitats in the northern
West Bengal, North East India. M. Sc.
Thesis, Bharathidasan University,
Tiruchirappalli.
O’Malley, L.S.S. 1907. Bengal District
Gazetteers: Darjeeling. Lagos Press, Delhi.
Rangarajan, M., Desai, A., Sukumar, R., Easa,
P.S., Menon, V., Vincent, S., Ganguly, S.,
Talukdar, B.K., Singh, B., Mudappa, D.,
Chowdhary, S. and A.N. Prasad. 2010.
Securing the future for elephants in India.
The Report of the Elephant Task Force,
Ministry of Environment and Forests, New
Delhi.
Roy, M., Baskaran, N. and R. Sukumar. 2009.
The death of jumbos on railway tracks in
northern West Bengal. Gajah 31:26-39.
Santiapillai, C. and P. Jackson. 1990. The Asian
elephant: an action plan for its
conservation. IUCN/SSC Elephant
Specialist Group, Gland, Switzerland.
Shahabuddin, G. 2010. An elephantine task.
Economic & Political Weekly 45(49):38–39.
Shrestha, R. 2007. A case study on human-
wildlife conflict in Nepal (with particular
reference to human-elephant conflict in
eastern and western terai regions. WWF-
Nepal, Kathmandu.
Singhal, N. 1996. Treatment of an injured wild
elephant in north Bengal forests. Indian
Forester (Special issue: wildlife management)
122(10):969-970.
Sukumar, R., Baskaran, N., Dharmarajan, G., Roy,
M., Suresh, H.S. and K. Narendran. 2003.
Study of elephants in Buxa Tiger Reserve
and adjoining areas in northern West
Bengal and preparation of conservation
action plan. Final Report submitted to West
Bengal Forest Department, Centre for
Ecological Sciences, Indian Institute of
Science, Bangalore.
Tiwari, S.K. 2005. Elephant corridors of
northern West Bengal. In: Menon, V.,
Tiwari, S.K., Easa, P. and R. Sukumar. (eds.)
Rights of passage: elephant corridors of
India. Wildlife Trust of India. Conservation
Series No.3: 120-152.
Venkataraman, A.B., Saandeep, R., Baskaran, N.,
Roy, M., Madhivanan, A. and R. Sukumar.
2005. Using satellite telemetry to mitigate
elephant-human conflict: an experiment
in northern West Bengal, India. Current
Science 88(11):1827-1831.
Velde, P.F. 1997. A status report of Nepal’s wild
elephant population: status study
November-June 1996-97: an outcome of
its findings. A report submitted to WWF,
Nepal, Kathmandu.
Yadav, B.R. 2002. Asian elephant-people
interface in East Nepal. M.Sc. Thesis,
Agricultural University of Norway.
Author’s address: Wildlife Wing
(Headquarters), Forest Directorate,
Government of West Bengal, Bikash Bhawan,
Salt Lake City, Kolkata, India;
jayantamallick2007@rediffmail.com
| Trans-boundary human-elephant conflict in the Indo-Nepal Terai Landscape |
... The close relationship between men and elephants has been existence in Sri Lanka for a long period Mallick, 2012), hence no other living being maintained such a benevolent relationship with men. Perhaps it would be difficult to imagine an island without elephants . ...
... Perhaps it would be difficult to imagine an island without elephants . It is clear that elephants became a part of the island's culture, religion, history, folklore, mythology, and even politics (Santiapillai and Jackson, 1990;Mallick, 2012). Sri Lanka currently supports around 5,900 wild elephants that is an unusual number for a moderate-sized tropical island (Fernando et al., 2019). ...
... Other than that, several NGOs have engaged in communitylevel activities and educational programs for the conservation of elephants and mitigation of human-elephant conflict (HEC) (Perera, 2009). However, villages still undertake traditional methods such as making sounds using voice, firecrackers and thunder flashes, lighting lamps or fires around homesteads and fields, keeping watch at night in huts built on trees, hanging metal or glass objects on perimeter fences, planting live fences of thorny scrub, and use of shot-guns to scare or injure elephants (Fernando et al., 2008a;Perera, 2009;Mallick, 2012;Prakash et al., 2020). Moreover, making buffer zones of unpalatable crops such as growing chili (Capsicum frutescens), sesame (Sesamum indicum), tea (Camellia sinensis), tobacco (Nicotiana tabacum), citrus (Citrus spp.) has been used by people in various level (Perera, 2009) though it is not much effective. ...
Article
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The human-elephant conflict (HEC) has become major conservation, socioeconomic , and political issue across its entire range. The HEC has particularly jeopardized the lives of people and the survival of elephants in the dry zone of Sri Lanka. The traditional benevolent relationship between elephants and people is likely to reduce due to increased HEC. The major reason for HEC is the unprecedented human population growth causing degraded and fragmented habitat for elephants. It becomes severe when elephants interfere with agriculture, which has created a deadly situation for both species. It is estimated that 250 elephants and 50-70 people are killed annually in Sri Lanka, and it shows an increasing trend. Unfortunately, Sri Lanka records the highest elephant deaths in the world. Further, the economic loss due to HEC is a huge burden for the people and government of Sri Lanka. Hitherto, the implemented mitigation methods, HEC has not reduced and continue to escalate. Hence, it is clear that eliminating HEC may not be possible, but solutions should be suggested to minimize it to a tolerable level. However, traditional methods are unable to stand alone to manage notorious elephants. Therefore, effective methods with proper monitoring are necessary to reduce it to a tolerable level. The future of elephants in Sri Lanka depends on the present decisions with adaptive solutions.
... Inter-divisional HEC risk in northern part of West Bengal Historically, the migratory herds of more than 100 elephants used to migrate annually during September-October and May-June from West Bengal (India) to Nepal (Mallick, 2012;Ram et al., 2021). Besides, a total of 488 elephants (+ 50.15% decadal growth from 2007 to 2017) are wandering through the numerous corridors in the northern part of West Bengal. ...
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The problem of human-elephant conflict (HEC) now appears to be one of the greatest challenges in the forest-based mouzas of West Bengal as well as in India. As per the field survey from 2018–2019 to 2020–2021, a total of 277 (16.55%) and 920 (4.21%) mouzas were identified as HEC-affected out of 1674 and 21,832 recognized mouzas in Northern and Southern parts of West Bengal, respectively. Here, the destruction of crops, huts, death and injury of human, livestocks, and even elephants have been increased year after year. Crop-raiding incident is the most common problem among all that occurs during the milky stage and harvesting stage of paddy. Numerous studies have been carried out showing the pattern of HEC incident in some areas of West Bengal, but none of them have tried to identify the HEC risk depending upon crop-raiding incident in this state. Here, it has been tried to examine the mouza-wise HEC risk based on crop-raiding incident in the stated two parts of West Bengal. Two important parameters, the number of crop fields raided and the total number of crop fields present but not raided, were taken into consideration to measure the HEC risk. The result shows that the Jhargram (0.75–0.98), Medinipur (0.68–0.89), and Rupnarayan (0.68–0.89) forest divisions are the highest HEC risk areas in West Bengal. The most dominant factor as determined from the principal component analysis is the lack of fodder and other biological requirements that are one of the basic needs for survival of the elephants within the forest (0.864). The total risk for raiding crop is 3.21 and 2.93 in the two parts of West Bengal. Here, the paddy and vegetables fields are more prone to be raided. Moreover, descriptive statistics were also used to explain the patterns of crop-raiding incidents. The findings may provide a way out for the sustainable management of HEC risk like establishment of micro-habitat, creation of elephant proof trench/electric fences, and rapid plantation of indigenous plant species in the vacant forest areas, thereby helping the policymakers in wildlife conservation.
... In Sri Lanka, conflict mitigation strategies for elephant-human conflict include translocation, elephant drive, electric fences, bio fences, and trenches (Fernando et al., 2008;Perera B, 2009;Mallick, 2012;Prakash et al., 2020). Traditional methods like voice sounds, firecrackers, and lighting lamps have been found inefficient and only address short-term problems (Gunawardana, S et al., 2021). ...
Conference Paper
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Horowpathana has been identified as a hotspot of human-elephant conflict in Sri Lanka's north-central province, where quick intervention is required. But Sri Lanka never had a consolidated action plan to address the problem. This study deals with the question of how landscape architects can contribute to mitigating the problem in the area. It aims to create a design proposal that facilitates elephant requirements and offers functions and recreation for the residents at the same time. The design is based on the method of animal-centred design. The study demonstrates that such conflicts can be resolved through precise landscape design that considers the issue on the specific site. Effective implementation requires strong governance structures and policy support from stakeholders like governmental institutions, conservation organizations, and academics. Collaboration between infrastructure developers and conservationists can reduce the harmful effects of development projects on wildlife by employing proper design methodologies and undertaking further research to assure establishment efficacy.
... Similar results with higher conflict incidents outside protected areas have been reported from north-east India as well (Choudhury, 2004). entering Nepal from the eastern border during September-October and May-June (Mallick, 2012). While migrating, they often came in confrontation with people as they are forced to travel through settlements and agricultural land, with a large part of their historic migration route encroached by people (Choudhury, 2004 ...
Preprint
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Attacks on humans by Asian elephant (Elephas maximus) is an extreme form of Human-elephant conflict. It is a serious issue in southern lowland Nepal where elephants kill more humans than any other wildlife. Detailed understanding of elephant attacks on humans in Nepal is still lacking which affected in devising appropriate strategies and actions for human elephant conflict mitigation. This study documented spatio-temporal pattern of elephant attacks on humans, factors associated with the attacks and human/elephant behaviour contributing to deaths of victims when attacked. We compiled all the documented incidences of elephant attacks on humans in Nepal for last 20 years across Terai and Siwalik region of Nepal. We also visited and interviewed 412 victim families (274 fatalities and 138 injuries) on elephant attacks. Majority of the victims were males (87.86%) and had low level of education. One fourth of the elephant attacks occurred while chasing the elephants. Solitary bulls or group of sub-adult males were involved in most of the attack. We found higher number of attacks outside the protected area. People who were drunk and chasing elephants using fire-crackers were more vulnerable to the fatalities. In contrast, chasing elephants using fire was negatively associated to the fatalities. Elephant attacks were concentrated in proximity of forests primarily affecting the socio-economically marginalized communities. Integrated settlement, safe housing for marginalized community and community grain house in the settlement should be promoted to reduce the confrontation between elephants and humans. Conservation of elephant should be carried out in entire landscape, extending beyond the boundary of protected areas to reduce threats of elephant extinction.
... Few existing biological corridors seem to have very little influence in controlling HWC in the area. Hence, as a part of the holistic approach to tackling HWC in the Kangchenjunga Landscape, a few authors (Mallick 2012;Dhakal and Thapa 2019) suggested the need to identify new corridors in the landscape and connect the forests of Jhapa and Darjeeling and Jalpaiguri forest divisions. Restoration of fragmented forest patches between and within affected countries, by constructing a minimum of 1000 km 2 of suitable habitat, has been recommended to mitigate HWC effectively (Roy 2015). ...
Chapter
Indisputably forest is one of the most significant natural resources and one-third of the land area of India is covered by forest which not only contributes extensively to the social and economic well-being of the rural people but also assures the sustainable growth of urban development through the preservation of the urban environment. However, in recent times, forests are being destroyed in the name of development, and the conversion of woodlands to others is an acute problem in India. At the same time, due to the lack of proper monitoring, these problems are increasing day by day. Statistical data on forest cover in India demonstrates the fact that - the destruction of forest cover largely depends on industrialization and urbanization. Asansol-Durgapur region of India is experiencing industrialization followed by urbanization in the last few decades. Though many studies have been conducted on the urban and industrial growth of the Asansol-Durgapur region, considering the importance of forest resources in the area. However, there is a substantial research gap in the study of the forest resource scenario of the study area. This study is an attempt to assess the forest resources management scenario of the Asansol-Durgapur (Industrial towns) region using geo-spatial technology. To conduct this study, satellite images of different periods for the study area have been acquired and analyzed. Different vegetation indices (e.g. Normalized Difference Vegetation Index, Soil Adjusted Vegetation Index), Land surface temperature (LST) have been derived to understand the nature and dimension of forest cover change in the study area. Supervised image classification of Landsat imageries from 1991 to 2021, measured the forest concentration in the study area, and correlated with the LST. The results show the reduction of sparse vegetation area (–34.201%), protected forest (−6.504%), and cultivated land (−26.142%), in the last 30 years. Similarly, maximum expansion is of opencast coal mining, industrial area, and, the built-up area also observed in the study area. The result also reveals that the loss of green area increases the surface temperature in Asansol and Durgapur industrial towns. Both the Asansol and Durgapur regions have recorded an increase of maximum and minimum land surface temperature from 31.64 °C to 39.64 °C and 18.83 °C to 24. °52 C respectively from 1991 to 2021. The overall study reveals that the forest cover of the study area declined due to, urbanization, and industrialization activities.KeywordsForest cover changeIndustrial townUrban green spaceLand Surface Temperature
... Few existing biological corridors seem to have very little influence in controlling HWC in the area. Hence, as a part of the holistic approach to tackling HWC in the Kangchenjunga Landscape, a few authors (Mallick 2012;Dhakal and Thapa 2019) suggested the need to identify new corridors in the landscape and connect the forests of Jhapa and Darjeeling and Jalpaiguri forest divisions. Restoration of fragmented forest patches between and within affected countries, by constructing a minimum of 1000 km 2 of suitable habitat, has been recommended to mitigate HWC effectively (Roy 2015). ...
... Few existing biological corridors seem to have very little influence in controlling HWC in the area. Hence, as a part of the holistic approach to tackling HWC in the Kangchenjunga Landscape, a few authors (Mallick 2012;Dhakal and Thapa 2019) suggested the need to identify new corridors in the landscape and connect the forests of Jhapa and Darjeeling and Jalpaiguri forest divisions. Restoration of fragmented forest patches between and within affected countries, by constructing a minimum of 1000 km 2 of suitable habitat, has been recommended to mitigate HWC effectively (Roy 2015). ...
Chapter
The Kangchenjunga Landscape (KL), a transboundary area shared by Bhutan, India, and Nepal, identified human-wildlife as a cross-border issue. Diverse in species and its ecosystem services, this landscape is characterized by the presence of isolated protected areas in proximity to human settlements and agricultural land. Diverse wildlife species (large carnivores, mega-herbivores, omnivores, meso-mammals, and birds) have affected the lives and livelihood of the people in the landscape through crop raids, livestock depredation, and lethal attacks. As a result, a negative attitude towards wildlife that includes retaliatory killings is common in the region leading to a loss of biodiversity and disruption of the ecosystem structure. The landscape is witnessing change due to population growth and development affecting the severity and intensity of conflict in the region. The KL is marked high rates of land modification whose impact, especially around protected area boundaries, resulted to higher occurrences of conflict. Geographic information system (GIS) mapping in a human-modified landscape, when related with spatial density of conflict, shows a significant positive correlation. Lack of effective connectivity corridors between protected areas and fragmentation due to human development activities has, therefore, significantly affected the rates of human-wildlife conflict in the region. The constant movement of wildlife species through human landscapes across international borders has added complexity to the problem. Hence, addressing the transboundary migration of wildlife and its impact on humans and wildlife is important in tackling human-wildlife conflict.
... Similar results with higher conflict incidents outside protected areas have been reported from north-east India as well (Choudhury, 2004). entering Nepal from the eastern border during September-October and May-June (Mallick, 2012). While migrating, they often came in confrontation with people as they are forced to travel through settlements and agricultural land, with a large part of their historic migration route encroached by people (Choudhury, 2004 ...
Article
Full-text available
Attacks on humans by Asian elephant (Elephas maximus) is an extreme form of human-elephant conflict. It is a serious issue in southern lowland Nepal where elephant-related human fatalities are higher than other wildlife. Detailed understanding of elephant attacks on humans in Nepal is still lacking, hindering to devising appropriate strategies for human-elephant conflict mitigation. This study documented spatiotemporal pattern of elephant attacks on humans, factors associated with the attacks, and human/elephant behavior contributing to deaths of victims when attacked. We compiled all the documented incidences of elephant attacks on humans in Nepal for last 20 years across Terai and Chure region of Nepal. We also visited and interviewed 412 victim families (274 fatalities and 138 injuries) on elephant attacks. Majority of the victims were males (87.86%) and had low level of education. One fourth of the elephant attacks occurred while chasing the elephants. Solitary bulls or group of subadult males were involved in most of the attack. We found higher number of attacks outside the protected area. People who were drunk and chasing elephants using firecrackers were more vulnerable to the fatalities. In contrast, chasing elephants using fire was negatively associated with the fatalities. Elephant attacks were concentrated in proximity of forests primarily affecting the socioeconomically marginalized communities. Integrated settlement, safe housing for margin-alized community, and community grain house in the settlement should be promoted to reduce the confrontation between elephants and humans in entire landscape for their long-term survival.
... Similar results with higher conflict incidents outside protected areas have been reported from north-east India as well (Choudhury, 2004). entering Nepal from the eastern border during September-October and May-June (Mallick, 2012). While migrating, they often came in confrontation with people as they are forced to travel through settlements and agricultural land, with a large part of their historic migration route encroached by people (Choudhury, 2004 ...
Article
Full-text available
Attacks on humans by Asian elephant (Elephas maximus) is an extreme form of human-elephant conflict. It is a serious issue in southern lowland Nepal where elephant-related human fatalities are higher than other wildlife. Detailed understanding of elephant attacks on humans in Nepal is still lacking, hindering to devising appropriate strategies for human-elephant conflict mitigation. This study documented spatiotemporal pattern of elephant attacks on humans, factors associated with the attacks, and human/elephant behavior contributing to deaths of victims when attacked. We compiled all the documented incidences of elephant attacks on humans in Nepal for last 20 years across Terai and Chure region of Nepal. We also visited and interviewed 412 victim families (274 fatalities and 138 injuries) on elephant attacks. Majority of the victims were males (87.86%) and had low level of education. One fourth of the elephant attacks occurred while chasing the elephants. Solitary bulls or group of subadult males were involved in most of the attack. We found higher number of attacks outside the protected area. People who were drunk and chasing elephants using firecrackers were more vulnerable to the fatalities. In contrast, chasing elephants using fire was negatively associated with the fatalities. Elephant attacks were concentrated in proximity of forests primarily affecting the socioeconomically marginalized communities. Integrated settlement, safe housing for margin-alized community, and community grain house in the settlement should be promoted to reduce the confrontation between elephants and humans in entire landscape for their long-term survival.
Article
Full-text available
In India, the elephant population is distributed in four geographical regions, viz., north-eastern, north-western, east-central and southern regions. Within north-eastern region, the northern districts of West Bengal (also known as North Bengal) sustain a relatively healthy pachyderm population (488 nos.) with a population density of about 0.25 individuals/ km2. However, elephant conservation management and control of human elephant conflicts have been a big challenge for many reasons in this area for years. Around 2357 human deaths have been recorded due to elephant attack during 2014-15 to 2018-19, in India. Surprisingly, 18.3% of these deaths occurred in West Bengal (second highest in the country) itself, predominantly in the forests of northern West Bengal. Similarly, 63 unnatural deaths of tuskers were recorded in this part during 2015 -16 to 2018 -19, claiming 16.9% of the total elephant deaths in the country. Thus, having a mere 1.8% of the Indian elephant population, this region stands out as a major human- elephant conflict prone zone in India. Although several studies related to different aspects of human elephant conflicts (HECs) have been done in the area, however, a trend analysis in respect to HECs in the region is lacking. This analysis is necessary for understanding the effects of the policies applied for mitigation of the conflicts. The paper is an attempt to highlight the trends of elephant conservation management and human elephant conflicts in a temporal span in the elephant habitats in the northern districts of West Bengal. In the study, variables like pattern of elephant population, elephant corridor characteristics, human and elephant casualties and compensation measures have been highlighted for focusing the progress of elephant conservation in the region over a period of time. The analysis reveals that policies regarding elephant conservation and reduction of human elephant conflicts are hindered by increasing space crisis, unmanaged forest fragmentation, unplanned developmental activities, corridor shrinkage, lack of implementation of innovative mitigation strategies, development of negative psyche towards wildlife of the forest fringe dwellers and so on in recent times. Thus, a holistic retrospection and introspection of the existing policies involving government agencies, NGOs and local communities is required to find better solution to the problems in future.
Article
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Satellite tracking of animals has advantages in the study of species that migrate across international borders, have large home ranges and occupy remote and inaccessible areas. The efficacy of this technology in dense tropical forests may, however, be limited. At the same time, its use in mitigating wildlife–human conflict has not been examined so far. Here we report the movement patterns and habitat utilization of an adult male Asian elephant, and a preliminary assessment of the potential use of satellite technology as an ‘early warning system’ for conflict mitigation. Data on the location of the animal were obtained from a Platform TransmitterTerminal mounted on an elephant in Jaldapara, West Bengal, the first if its kind used on this species in India. We found that the animal preferred forest and forest plantations during the day, making visits to cultivated lands at night. There was some predictability in the movement of this animal, suggesting that similar technologies such as the more advanced Global Positioning System can be used for near ‘real-time tracking’ of problem elephants.
Technical Report
Technical Report was part of World Bank-India Eco development GEF Consultancy Project on Mitigation of Man-Elephant Project in West Bengal by Wildlife Institute of India, Dehradun.
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An assessment of the task force report, both in terms of the value of its recommendations and implementability and a comparison with the implementation of the Tiger Task Force recommendations of 2005.
Depredation by wildlife in the fringe areas of North Bengal forests with special reference to elephant damage
  • S C Dey
Dey, S.C. 1991. Depredation by wildlife in the fringe areas of North Bengal forests with special reference to elephant damage. Indian Forester 117(10):901-908.
Crop raiding behaviour of elephants in north Bengal, with reference to habitat fragmentation and group structure. M.Sc
  • Datta Roy
Datta Roy, A. 2003. Crop raiding behaviour of elephants in north Bengal, with reference to habitat fragmentation and group structure. M.Sc. Dissertation, Wildlife Institute of India, Dehradun.
Report of the game and game fishes preservation committee on | Trans-boundary human-elephant conflict in the Indo-Nepal Terai Landscape | r1313 13 Vol the existing species of game in Bengal
  • L R Fawcus
Fawcus, L.R. 1943. Report of the game and game fishes preservation committee on | Trans-boundary human-elephant conflict in the Indo-Nepal Terai Landscape | r1313 13 Vol. 39: No. 4 October-December 2012 the existing species of game in Bengal. Bengal Government Secretariat, Calcutta