Abstract:The association between man and elephant in Sri Lanka is ancient. Elephants being the largest terrestrial herbivores require relatively large areas and diversity of environments to forage. With the increase in human population density and changes in the land-use patterns, elephant habitat is being continuously reduced. As a result, much of the present day elephant range extends into and overlaps with agricultural lands resulting in conflict with man. The assessment of the human-elephant conflict was carried ou… Show more
“…Across the three study divisions, crop raiding was the most frequently recorded and mentioned HEC. This agrees with a study in Zimbabwe, where crops such as maize and sorghum were found to attract elephants [15] while in Ghana cocoa was most attractive [26]; in India, coffee seemed to attract elephants [27] and in Asia paddy [28]. In our study area, 82% of respondents mentioned maize to be highly preferred by elephants compared to other crops, congruent with findings by [15,29] in Zimbabwe and Tanzania (Serengeti), respectively.…”
Section: Human Perception Human-elephant Conflict Incidents Andsupporting
confidence: 91%
“…This is relatively high loss compared to other studies like in Cameroon which showed the cost of elephant raiding was 195 USD per ha [33] and in Asia 200 USD per year. Elephant crop raiding (95%) in this study took place during the nights and early mornings, involving both male and female elephants, similar to our study, which is in contrast to findings by [28] that found that mainly solitary bulls attacked crops in Sri Lanka.…”
Section: Human Perception Human-elephant Conflict Incidents Andsupporting
confidence: 84%
“…In our study area, 82% of respondents mentioned maize to be highly preferred by elephants compared to other crops, congruent with findings by [15,29] in Zimbabwe and Tanzania (Serengeti), respectively. In our study area the cases for human mortality by elephants were few, similar to [20,30,31], contrary to a study in Asia where human mortality through elephants was high up to 50 people killed per year [28]. HEC frequency in the study area was strongly seasonal and occurred during crop maturity between May and July.…”
Section: Human Perception Human-elephant Conflict Incidents Andsupporting
The critical assessment of the nature and extent of human-elephant conflict (HEC) and its impact on conservation efforts are essential if we are to meet the challenges related to extinction of local population, as well as loss biodiversity. Conservationists need detailed information on HEC in areas where these challenges prevail to improve intervention in the face of limited funds/resources. We assessed the status of HEC at Rombo area over the last six years. Data based on household surveys, focus group discussions, spatiotemporal analysis of site observations, and reported incidents of damage within the last six years were mapped. Out of all HEC cases analyzed, the most were crop damage which took place at night and the damage was severe between May and July, when cereal crops were mature. In upland areas of Rombo, HEC hotspots were observed inside the protected forest plantation where local people cultivated their annual crops. Cold spots concentrated in upland areas outside the protected forest plantation dominated by settlement and agroforestry less preferred by elephants. In lowland areas, HEC hotspots were observed in village lands close to the PAs, within settlement and farmland dominated by seasonal crops. This suggests that HEC management efforts such as establishment of buffer zones should be directed around the areas adjacent to PAs and prevention should focus on cultivation of the alternative crops and farming systems that are less preferred by elephants. Our study highlights the importance of using a combination of data collection techniques to pinpoint fine-scale HEC hotspots in a highly conflict-prone location of Tanzania.
“…Across the three study divisions, crop raiding was the most frequently recorded and mentioned HEC. This agrees with a study in Zimbabwe, where crops such as maize and sorghum were found to attract elephants [15] while in Ghana cocoa was most attractive [26]; in India, coffee seemed to attract elephants [27] and in Asia paddy [28]. In our study area, 82% of respondents mentioned maize to be highly preferred by elephants compared to other crops, congruent with findings by [15,29] in Zimbabwe and Tanzania (Serengeti), respectively.…”
Section: Human Perception Human-elephant Conflict Incidents Andsupporting
confidence: 91%
“…This is relatively high loss compared to other studies like in Cameroon which showed the cost of elephant raiding was 195 USD per ha [33] and in Asia 200 USD per year. Elephant crop raiding (95%) in this study took place during the nights and early mornings, involving both male and female elephants, similar to our study, which is in contrast to findings by [28] that found that mainly solitary bulls attacked crops in Sri Lanka.…”
Section: Human Perception Human-elephant Conflict Incidents Andsupporting
confidence: 84%
“…In our study area, 82% of respondents mentioned maize to be highly preferred by elephants compared to other crops, congruent with findings by [15,29] in Zimbabwe and Tanzania (Serengeti), respectively. In our study area the cases for human mortality by elephants were few, similar to [20,30,31], contrary to a study in Asia where human mortality through elephants was high up to 50 people killed per year [28]. HEC frequency in the study area was strongly seasonal and occurred during crop maturity between May and July.…”
Section: Human Perception Human-elephant Conflict Incidents Andsupporting
The critical assessment of the nature and extent of human-elephant conflict (HEC) and its impact on conservation efforts are essential if we are to meet the challenges related to extinction of local population, as well as loss biodiversity. Conservationists need detailed information on HEC in areas where these challenges prevail to improve intervention in the face of limited funds/resources. We assessed the status of HEC at Rombo area over the last six years. Data based on household surveys, focus group discussions, spatiotemporal analysis of site observations, and reported incidents of damage within the last six years were mapped. Out of all HEC cases analyzed, the most were crop damage which took place at night and the damage was severe between May and July, when cereal crops were mature. In upland areas of Rombo, HEC hotspots were observed inside the protected forest plantation where local people cultivated their annual crops. Cold spots concentrated in upland areas outside the protected forest plantation dominated by settlement and agroforestry less preferred by elephants. In lowland areas, HEC hotspots were observed in village lands close to the PAs, within settlement and farmland dominated by seasonal crops. This suggests that HEC management efforts such as establishment of buffer zones should be directed around the areas adjacent to PAs and prevention should focus on cultivation of the alternative crops and farming systems that are less preferred by elephants. Our study highlights the importance of using a combination of data collection techniques to pinpoint fine-scale HEC hotspots in a highly conflict-prone location of Tanzania.
“…Even though people and wild elephants live within the same sanctuary, human death and injuries were low compared to other regions in Sri Lanka. For example, Santiapillai et al (2010) revealed human fatalities by elephants in five regions in Sri Lanka; Northwestern, North Central, Central, Eastern and Eva provinces and found that 45 people were killed by wild elephants in 2008, but none were reported from the Central Province. People have a deep knowledge about elephants due to their direct co-existence with elephants in the same area, and know how to save their lives from elephant attacks.…”
People and wild animals constantly compete for limited resources of the planet, and mitigating these conflicts to allow co-existence is key to the well being of the world. This research revealed a conflict between an agricultural community and wild elephants in the Central Province of Sri Lanka, in a protected area where people and elephants exist within the same boundary sharing the natural resources directly. The conflict negatively impacted on the lives of people as well as elephants as there were both elephant-induced damage and human-induced damage. The change in attitudes and increased intolerance of farmers towards elephants as a consequence of the new conservation rules and regulations in the area added to the intensity of the conflict. Community support and involvement in the conservation process and the value of traditional livelihood are important factors in mitigating the issue.
“…Request permissions from permissions@acm.org. every year [10]. Different efforts have been undertaken to alleviate this conflict, such as the establishment of electric fences, which is, however, not practicable to cover larger areas.…”
The automated acoustic detection of elephants is an important factor in alleviating the human-elephant conflict in Asia and Africa. In this paper, we present a method for the automated detection of elephant presence and evaluate it on a large dataset of wildlife recordings. We introduce a novel technique for signal enhancement to improve the robustness of the detector in noisy situations. Experiments show that the proposed detector outperforms existing methods and that signal enhancement strongly improves the robustness to noise sources from the environment. The proposed method is a first step towards an automated detection system for elephant presence.
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