科学数据银行(Science Data Bank)于2022年4月18日正式发布共享社会经济路径(SSPs)人口和经济格点化数据库(gridded datasets for population and economy under Shared Socioeconomic Pathways)。该数据集是在多个国际和国内项目支持下...科学数据银行(Science Data Bank)于2022年4月18日正式发布共享社会经济路径(SSPs)人口和经济格点化数据库(gridded datasets for population and economy under Shared Socioeconomic Pathways)。该数据集是在多个国际和国内项目支持下,经过十余年的研究和探索制作而成。数据集包含SSP1~SSP5情景下2020-2100年全球、“一带一路”沿线国家和中国城市和农村的人口和GDP逐年格点预估数据,分辨率为0.5°×0.5°。展开更多
This study looks at the impact of climate change on the future distribution of Taxus baccata L.,a species under threat.It examines how altitudinal changes may influence distribution,projecting scenarios to 2100 using ...This study looks at the impact of climate change on the future distribution of Taxus baccata L.,a species under threat.It examines how altitudinal changes may influence distribution,projecting scenarios to 2100 using the SSPs 585 SSPs 245 scenarios in 20-year intervals.The results show a contraction in distribution in areas such as in Iceland and the United Kingdom,with certain extreme points disappearing.Simultaneously,new suitable areas are expected to emerge in select regions of Asia.The study underscores the significant changes anticipated in the distribution of T.baccata due to global climate change.It suggests that the threshold for addressing climate change on this particular species has been exceeded,and emphasizes the need for concerted efforts to mitigate and adapt to climate change impacts on ecosystems and organisms.As climate change affects various aspects of life,the study advocates for sector-wide plans.These would include efficient resource utilization,selecting genotypes for afforestation of this species with lower water requirements,incorporating climate change predictions into management plans,conserving biological and genetic diversity,and developing in-situ and exsitu conservation strategies.Anticipation of future climate changes and corresponding measures in response are crucial to minimizing the impact on this species.The study recommends establishing mixed forests composed of species resilient to a range of climate scenarios,thereby enhancing forest continuity across regions with varying degrees of climate impact.Genetic diversity is an important defense mechanism important to preserving it.Global climate change will result in significant alterations in the distribution of certain species,potentially causing population declines.Intervention is required to support the adaptation of vulnerable species,necessitating forward-looking strategies that anticipate shifts in their habitat suitability.This study emphasizes the implications of climate change for T.baccata and underscores the urgency of targeted conservation efforts to protect its populations and ensure long-term persistence.展开更多
文摘科学数据银行(Science Data Bank)于2022年4月18日正式发布共享社会经济路径(SSPs)人口和经济格点化数据库(gridded datasets for population and economy under Shared Socioeconomic Pathways)。该数据集是在多个国际和国内项目支持下,经过十余年的研究和探索制作而成。数据集包含SSP1~SSP5情景下2020-2100年全球、“一带一路”沿线国家和中国城市和农村的人口和GDP逐年格点预估数据,分辨率为0.5°×0.5°。
基金supported by the TUBITAK YOK 100/2000 Scholarship。
文摘This study looks at the impact of climate change on the future distribution of Taxus baccata L.,a species under threat.It examines how altitudinal changes may influence distribution,projecting scenarios to 2100 using the SSPs 585 SSPs 245 scenarios in 20-year intervals.The results show a contraction in distribution in areas such as in Iceland and the United Kingdom,with certain extreme points disappearing.Simultaneously,new suitable areas are expected to emerge in select regions of Asia.The study underscores the significant changes anticipated in the distribution of T.baccata due to global climate change.It suggests that the threshold for addressing climate change on this particular species has been exceeded,and emphasizes the need for concerted efforts to mitigate and adapt to climate change impacts on ecosystems and organisms.As climate change affects various aspects of life,the study advocates for sector-wide plans.These would include efficient resource utilization,selecting genotypes for afforestation of this species with lower water requirements,incorporating climate change predictions into management plans,conserving biological and genetic diversity,and developing in-situ and exsitu conservation strategies.Anticipation of future climate changes and corresponding measures in response are crucial to minimizing the impact on this species.The study recommends establishing mixed forests composed of species resilient to a range of climate scenarios,thereby enhancing forest continuity across regions with varying degrees of climate impact.Genetic diversity is an important defense mechanism important to preserving it.Global climate change will result in significant alterations in the distribution of certain species,potentially causing population declines.Intervention is required to support the adaptation of vulnerable species,necessitating forward-looking strategies that anticipate shifts in their habitat suitability.This study emphasizes the implications of climate change for T.baccata and underscores the urgency of targeted conservation efforts to protect its populations and ensure long-term persistence.
