ANALYSIS OF THE CONDITION OF THE DRAINAGE RECLAMATION SYSTEM BY ORTHOPHOTOPLAN AND GEOBOTANICAL DESCRIPTIONS
Rubrics: AGRICULTURAL ECONOMICS AND POLICIES
Authors:
1.
All-Russia Scientific and Research Institute for Irrigation and Farming Water Supply Systems «Raduga»
2.
All-Russia Scientific and Research Institute for Irrigation and Farming Water Supply Systems «Raduga»
Type:
Article
eLocation:
Status:
Published
Received:
06.06.2022
Accepted:
15.06.2022
Published:
25.06.2022
Language:
Russian
Keywords:
melioraciya, ortofotoplan, bespilotnyy letatel'nyy apparat, deshifrirovanie, osushitel'naya sistema, kanal, rastitel'nost'
Abstract (English):
The original materials of the survey of the drainage reclamation system site in order to assess the indicators of its technical and environmental condition by visual decoding signs on the orthophotoplane are presented in the article. For the analysis, the materials of the survey using an unmanned aerial vehicle and geobotanical descriptions of vegetation performed in situ were used. The article considers the results of the survey of the drainage reclamation system site obtained in 2021. Open fishing drains and the main canal are overgrown with hydrophytic vegetation, which allows us to conclude that their effectiveness significantly decreases during the period of maximum load. The total number of species growing in the surveyed area is 52. Of these, 12 species are classified as swamp-water.
The original materials of the survey of the drainage reclamation system site in order to assess the indicators of its technical and environmental condition by visual decoding signs on the orthophotoplane are presented in the article. For the analysis, the materials of the survey using an unmanned aerial vehicle and geobotanical descriptions of vegetation performed in situ were used. The article considers the results of the survey of the drainage reclamation system site obtained in 2021. Open fishing drains and the main canal are overgrown with hydrophytic vegetation, which allows us to conclude that their effectiveness significantly decreases during the period of maximum load. The total number of species growing in the surveyed area is 52. Of these, 12 species are classified as swamp-water.
Keywords:
melioraciya, ortofotoplan, bespilotnyy letatel'nyy apparat, deshifrirovanie, osushitel'naya sistema, kanal, rastitel'nost'
melioraciya, ortofotoplan, bespilotnyy letatel'nyy apparat, deshifrirovanie, osushitel'naya sistema, kanal, rastitel'nost'
