Geoecological agricultural lands of the Altai region of the Republic of Khakassia

Геоэкологическая оценка сельскохозяйственных земель Алтайского района Республики Хакасия
Е.В. Павлова, Anastasiia Volkova, Ekaterina A. Demina
2020-01-01

agricultural land inventorygeoecological assessmentgeographic information systemspost-agrogenic land overgrowthremote sensing
The article discusses the issue of application geographic information systems for inventory agricultural land and assessment of their condition. A geoinformation project has been developed for conducting geoecological appraisals agricultural land of the Altai region of the Republic of Khakassia. The structure of agricultural land, the area determined fallow lands and an inventory of forest belts investigated territory has been studied based on analysis of the agricultural map of scale 1: 100,000, interpretation of Landsat 4-5, 7, 8 and Sentinel 1 and 2 images, and also ground based satellite research. To processes overgrowth tree and shrub vegetation the deposits subject were revealed. The research results showed that on the study area in the structure of agricultural lands 56860 hectares of land belong to the deposits located on different stages of recovery. The elm overgrowing processes covered about 28580 hectares of post-agrogenic lands.
1
A geoinformation project was developed to inventory agricultural land and assess its geoecological condition in Altai region, Republic of Khakassia.
2
Agricultural land structure, fallow areas, and forest belts were assessed using a 1:100,000 agricultural map, Landsat and Sentinel imagery, and ground-based satellite surveys.
3
Elm overgrowth affected approximately 28,580 hectares of post-agrogenic land, indicating substantial woody vegetation expansion on abandoned fields.
4
The study identified 56,860 hectares of fallow land at different stages of natural recovery within the investigated agricultural area.

Agricultural lands of the Altai region of the Republic of Khakassia, including fallow and post-agrogenic lands

Geoecological condition, land-use structure, recovery stages, and overgrowth by tree and shrub vegetation

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2020-01-01
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Е.В. Павлова
Anastasiia Volkova
Ekaterina A. Demina
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