形成乌克兰农业生态卫星监测的科学方法原则

O. Tarariko, T. Ilienko, T. Kuchma, N. Adamchuk- Chala, O. Bilokin
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引用次数: 0

摘要

本文介绍了农业生态远程监测的发展历史。结果表明,在改进卫星传感器、开放获取国外卫星数据的过程中,在科学和环境保护活动以及在安全农产品生产中利用遥感结果的可能性和有效性得到了扩大。分析了卫星农业生态监测«Agrokosmos»科技计划形成的阶段、研究方向的主要基础、任务和成果。卫星信息在确定农业景观和土地利用系统结构、气候变化、其对作物状况及其水分供应的影响、粮食作物生产力等方面的有效性得到了展示。审议了确定和绘制沙漠化过程、农业土地侵蚀退化和有关消极趋势的各种表现形式的方法。报告指出,现代卫星信息不仅是完善农业生态监测系统的重要工具,而且是制定和实施实现土壤退化中性水平、防止荒漠化进程发展和适应气候变化的措施的重要工具。实践证明,卫星农业生态监测系统需要改进,对农业景观各个要素进行更详细的分类,并改进算法和图像处理方法,以扩大及时利用这些数据提供管理建议和及时调整农业技术的可能性。提出了“宇宙农业”计划进一步发展的主要方向。一个重要的问题仍然是加强与国家科学院、国家航天局等科学机构的研究工作的协调,在国际项目的框架内发展与外国伙伴的合作。提高利用地球遥感数据的信息潜力的紧迫任务是建立一个全国卫星下陆地农业试验场网络。为了在农业管理、生产和科学活动中有效利用卫星数据,需要在国家科学院和农业政策和食品部的框架内建立一个部门间信息和分析中心“Agrokosmos”。
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Forming scientific-methodical principles of satellite agroecological monitoring in Ukraine
The article presents the historical aspects of developing remote agroecological monitoring. It is shown that in the process of improving satellite sensors, opening access to foreign satellite data, the possibilities and effectiveness of using the results of remote sensing in scientific and environmental protection activities, in the production of safe agricultural products have expanded. The stages of forming scientific and technical program of satellite agro-ecological monitoring «Agrokosmos», the main fundamentals, tasks and results of this research direction are analyzed. The effectiveness of satellite information for determining the structure of agrolandscapes and land use systems, climate change, its impact on the condition of crops and their moisture supply, productivity of grain crops is shown. Methodical approaches to identifying and mapping manifestations of desertification processes, erosive degradation of agricultural land and associated negative trends are considered. It is noted that modern satellite information is an important tool not only for improving the agroecological monitoring system, but also for developing and implementing measures to achieve a neutral level of soil degradation, prevent the development of desertification processes, and adapt to climate change. It has been proven that the satellite agroecological monitoring system needs improvement in terms of more detailed classification of individual elements of agrolandscapes, as well as improvement of algorithms and image processing methods to expand the possibilities of timely using these data to provide management recommendations and prompt adjustment of agricultural technologies. The main directions of further development of the «Agrokosmos» program are presented. An important issue remains the strengthening of the coordination of research works with the scientific institutions of the National Academy of Sciences, the State Space Agency, the development of cooperation with foreign partners within the framework of international projects. The urgent task of improving the information potential of the use of Earth remote sensing data is the creation of a national network of sub-satellite terrestrial agricultural test sites. The effective use of satellite data in management, production and scientific activities in agriculture requires creating an interdepartmental informative and analytical center «Agrokosmos» within the framework of the National Academy of Sciences and the Ministry of Agricultural Policy and Food.
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