Future directions and challenges ahead

N. Pettorelli
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Abstract

This final chapter is dedicated to discussing possible new ways forward, aiming to highlight future opportunities and challenges likely to be connected with the continued development of remote sensing technology and associated algorithms to manipulate, visualise, and interpret satellite data. The first section discusses future directions in remote sensing, looking at upcoming sensors and expected benefits for the environmental management community; introducing the concept of big data analysis and its potential to drive a step-change in analytical processes; and detailing upcoming opportunities associated with the rise of nanosatellites and unmanned aerial vehicles. The second part of the chapter focuses on upcoming opportunities associated with the use of satellite remote sensing data for natural resource management, discussing how satellite data could support the development of rewilding as an alternative to traditional biodiversity conservation approaches; the assessment of collapse risk for ecosystems around the world; ecosystem accounting initiatives; and the enforcement of environmental policy at multiple scales. The third part details the challenges associated with building a consensus on how to prioritise satellite missions and data collection; and reflects on upcoming issues related to validation, capacity building, and scale. The chapter ends with a general conclusion that summarises some of the key principles that underpin the future success of satellite remote sensing in environmental management.
未来的方向和挑战
最后一章致力于讨论可能的新方法,旨在强调未来的机遇和挑战,这些机遇和挑战可能与遥感技术和相关算法的持续发展有关,以操纵、可视化和解释卫星数据。第一部分讨论了遥感的未来方向,展望了即将到来的传感器和环境管理界的预期效益;介绍大数据分析的概念及其在分析过程中推动阶梯式变化的潜力;并详细介绍了纳米卫星和无人驾驶飞行器的兴起所带来的机遇。本章第二部分的重点是与利用卫星遥感数据进行自然资源管理有关的即将出现的机会,讨论卫星数据如何支持将野生动物放归为传统生物多样性保护办法的替代办法;全球生态系统崩溃风险评估;生态系统会计倡议;以及在多个尺度上执行环境政策。第三部分详细介绍了就如何确定卫星任务和数据收集的优先次序达成共识所面临的挑战;并反映了与验证、能力建设和规模相关的即将到来的问题。本章以一个总结性结论结束,总结了支撑卫星遥感在环境管理方面未来成功的一些关键原则。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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