生物多样性
濒危物种
栖息地保护
互补性(分子生物学)
栖息地
环境资源管理
地理
濒危物种
物种丰富度
生物多样性测量
保护计划
生态学
环境规划
生物多样性保护
环境科学
生物
遗传学
作者
Shuyu Hou,Rui Yang,Yue Cao,Zhicong Zhao,Qinyi Peng,Hao Wang,Yali Si
标识
DOI:10.1016/j.jenvman.2022.116330
摘要
Global biodiversity is declining at an unprecedented rate, and the Post-2020 Global Biodiversity Framework requires each country to fulfill the conservation targets in biodiversity-inclusive spatial planning. Croplands provide habitat and food for many species, making them crucial for biodiversity conservation in addition to food production. Assessing conservation priorities in cropland is a prerequisite to allocate conservation resources and plan actions for better conservation outcomes. Yet quantitative methods to assess cropland conservation priority for biodiversity conservation at a national scale are still lacking. We proposed a framework for identifying the conservation priority in cropland for bird species at a national scale and applied the framework in China. We calculated the suitable habitat for each species and used a complementarity-based approach to designate the irreplaceable conservation priority areas considering richness, threatened level, and conservation percentage targets. We identified cropland taking up 6.76% of China's land area as a bird conservation priority, partially covering the suitable habitat of all the study species. By analyzing the landscape pattern of the priority areas and species' foraging traits, we provided policy-making suggestions according to area-specific characteristics. This framework can be used to identify priority areas for large-scale biodiversity conservation for different countries.
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