Biodiversity conservation to mitigate the impact of climate change on agro-ecosystems

Ananya Mishra, Rohitash Kumar, R. Richa
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Abstract

Biodiversity, or the diversity of living organisms on Earth, is an important indicator of the planet's health. Climate change mitigation requires preserving biodiversity levels and functional ecosystems; nevertheless, climate change is predicted to create major disturbances to the Earth's natural ecosystems, resulting in loss of biodiversity and a significant decrease in products and services offered to humanity. The present chapter deals with the impact of climate change that is severe to environmental issue that would jeopardize efforts to achieve long-term development and mitigation measures to reduce its impact on biodiversity changes. Furthermore, the impact of local and global species climate change has produced phenological changes in pollinators of flowering plants and insects, resulting in population mismatches, leading to plant and pollinator extinctions, with consequences for the structure of plant-pollinator networks. The loss of biodiversity and rising temperature can have an immediate impact on the water supply, food safety, soil nutrients, and human health. Conservation measure needs to be adopted, the land use pattern can be determined by remote sensing which is particularly valuable for detecting change due to the systematic coverage and lengthy time-series offered
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保护生物多样性,减轻气候变化对农业生态系统的影响
生物多样性,即地球上生物体的多样性,是地球健康状况的重要指标。减缓气候变化需要保护生物多样性水平和功能性生态系统;然而,据预测,气候变化将对地球的自然生态系统造成重大干扰,导致生物多样性丧失,并大大减少提供给人类的产品和服务。本章讨论气候变化的影响,这是一个严重的环境问题,可能危及实现长期发展的努力和减轻其对生物多样性变化影响的缓解措施。此外,局部和全球物种气候变化的影响导致开花植物和昆虫传粉媒介的物候变化,导致种群失配,导致植物和传粉媒介灭绝,从而影响植物-传粉媒介网络的结构。生物多样性的丧失和气温的升高会对供水、食品安全、土壤养分和人类健康产生直接影响。需要采取保护措施,土地利用模式可以通过遥感确定,由于系统的覆盖范围和所提供的长时间序列,遥感对探测变化特别有价值
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