Search academic texts

Information × Registration Number 0221U106778, 0120U103047 , R & D reports Title Validation of the theoretical and methodological foundations of the use of satellite spectrometric information and the implementation of polygon experimental work in order to develop and implement recommendations to minimize the negative impact of climate change on the sustainable development of the environment and socio-economic processes popup.stage_title Head Lyalko Vadim I., Доктор геологічних наук Registration Date 20-12-2021 Organization State institution "Scientific Centre for Aerospace Research of the Earth of the Institute of Geological Science of the National Academy of Sciences of Ukraine" popup.description2 In the XXI century, in the context of the problem of global climate change, research into the role of natural ecosystems in shaping the balance of greenhouse gases is becoming particularly relevant. In this respect, swamps and wetlands appear to be a unique object of study - they are important components of the landscape, capable of long-term carbon deposition. Today, the generation and absorption of carbon by wetland systems is one of the least studied issues in the assessment of environmental and climate change. The study of the carbon cycle, including emissions and removals in the context of current climate change and anthropogenic pressures, is an important and urgent task in terms of refining climate models and more accurately determining climate impacts on the environment and society. An effective tool for monitoring the processes occurring in the natural environment under the influence of climate change, in particular the identification of patterns of wetland distribution, is the use of remote sensing data from the Earth. This is facilitated by the ever-increasing number of remote sensing satellite groups operating in space, as well as the continuous improvement of space information processing technologies. Ground-based experimental works should be used to assess the reliability and accuracy of remote sensing data interpretation, as well as to study the dynamics of changes in vegetation status using detailed route observations. Product Description popup.authors Elistratova Lesya О. Apostolov Oleksandr A. Golubov Stanislav I. Dorofey Yelyzaveta M. Dugin Stanislav S. Zholobak Halyna M. Kopachevsky Ivan M. Kostyuchenko Yuriy V. Lyalko Vadim I. Sibirtseva Oksana M. Yushchenko Maksim V. popup.nrat_date 2021-12-20 Close