Ecosystem degradation and the loss of ecosystem services stem from multiple causes,requiring coordinated and diverse policies,legislation,and institutional responses to effectively address them.An understanding of the...Ecosystem degradation and the loss of ecosystem services stem from multiple causes,requiring coordinated and diverse policies,legislation,and institutional responses to effectively address them.An understanding of the policies,legislation,and institutions governing ecosystem services can enhance the sustained management and provision of ecosystem services.Therefore,this work appraises the policies,legislation and institutional provisions made by the government of Nepal.In addition,this study analyzes policy implications and identifies gaps and barriers that hinder future improvements in the management of ecosystem services.Altogether,63 documents comprising 45 policies and 18 legislations promulgated by the government of Nepal have been assessed for content analysis.Twenty Key Informant Interviews(KIIs)have also been conducted to obtain expert insights about the gaps in policy formulation and implementation.The results indicate that though several sectoral policies and legislations have made provision on management of ecosystem and its services implicitly or explicitly,still there is lacking of overarching framework to deal with ecosystem services.Overlapping roles and responsibilities outlined in the constitution,policies,and legislation,coupled with weak enforcement and lack of multisectoral coordination mechanism,are significant obstacles to effective policy implementation.Therefore,there is a need to develop an overarching national framework backed up by legislation with a strong multisectoral coordination mechanism that will adopt a holistic and multidisciplinary approach to the sustained management and provision of the ecosystem and its services.展开更多
The Gandaki River Basin(GRB),located in the central Himalaya,provides habitats for a large number of important flora and fauna species.The habitats of key protected species have changed over time as a result of climat...The Gandaki River Basin(GRB),located in the central Himalaya,provides habitats for a large number of important flora and fauna species.The habitats of key protected species have changed over time as a result of climate changes and human activities related to land use change,including the development of roads.This study assessed the present and future distributions of sloth bear(Melursus ursinus)habitats using the maximum entropy(Max Ent)model.Bioclimatic data,a digital elevation model and roads were used as environmental layers to assess current and future distributions of habitat.Results show that the overall habitat within the study area is likely to undergo important changes in the future.Bio 8(the mean temperature of the wettest quarter)and slope were found to be important variables affecting the distribution of the species.The habitats very highly suitable for sloth bears currently cover an area of 148 km^(2) within the GRB.These habitats are predicted to increase by 122 km^(2) more by 2050.Overall,a net change by 680.38 km^(2) was found in the GRB.Conservation measures are necessary for this key protected species and its habitat within the GRB and elsewhere in Nepal.展开更多
基金the support of the Second Tibetan Plateau Scientific Expedition and Research(Grant No.2019QZKK0603)the National Natural Science Foundation of China(NSFC)(Grant No.42250410329)the President’s International Fellowship Initiative(PIFI)for Visiting Scientists of the Chinese Academy of Sciences(Grants No.2021VCA0005 and 2023VCC0005)。
文摘Ecosystem degradation and the loss of ecosystem services stem from multiple causes,requiring coordinated and diverse policies,legislation,and institutional responses to effectively address them.An understanding of the policies,legislation,and institutions governing ecosystem services can enhance the sustained management and provision of ecosystem services.Therefore,this work appraises the policies,legislation and institutional provisions made by the government of Nepal.In addition,this study analyzes policy implications and identifies gaps and barriers that hinder future improvements in the management of ecosystem services.Altogether,63 documents comprising 45 policies and 18 legislations promulgated by the government of Nepal have been assessed for content analysis.Twenty Key Informant Interviews(KIIs)have also been conducted to obtain expert insights about the gaps in policy formulation and implementation.The results indicate that though several sectoral policies and legislations have made provision on management of ecosystem and its services implicitly or explicitly,still there is lacking of overarching framework to deal with ecosystem services.Overlapping roles and responsibilities outlined in the constitution,policies,and legislation,coupled with weak enforcement and lack of multisectoral coordination mechanism,are significant obstacles to effective policy implementation.Therefore,there is a need to develop an overarching national framework backed up by legislation with a strong multisectoral coordination mechanism that will adopt a holistic and multidisciplinary approach to the sustained management and provision of the ecosystem and its services.
基金supported by the Second Tibetan Plateau Scientific Expedition and Research Program(STEP)(2019QZKK0603)the Strategic Priority Research Program of Chinese Academy of Sciences(XDA20040201)the Chinese Academy of Sciences-The World Academy of Sciences(CAS-TWAS)President’s Fellowship Program for international PhD students and the Chinese Academy of Sciences President’s International Fellowship Initiative for postdoctoral research(2018PC0030)。
文摘The Gandaki River Basin(GRB),located in the central Himalaya,provides habitats for a large number of important flora and fauna species.The habitats of key protected species have changed over time as a result of climate changes and human activities related to land use change,including the development of roads.This study assessed the present and future distributions of sloth bear(Melursus ursinus)habitats using the maximum entropy(Max Ent)model.Bioclimatic data,a digital elevation model and roads were used as environmental layers to assess current and future distributions of habitat.Results show that the overall habitat within the study area is likely to undergo important changes in the future.Bio 8(the mean temperature of the wettest quarter)and slope were found to be important variables affecting the distribution of the species.The habitats very highly suitable for sloth bears currently cover an area of 148 km^(2) within the GRB.These habitats are predicted to increase by 122 km^(2) more by 2050.Overall,a net change by 680.38 km^(2) was found in the GRB.Conservation measures are necessary for this key protected species and its habitat within the GRB and elsewhere in Nepal.
