Biogeosystem Technique (BGT*) platform improves soil‐ecosystem services in dry terrain: A review DOI
Valery Kalinitchenko, А. А. Околелова, Е Э Нефедьева

et al.

Soil Use and Management, Journal Year: 2025, Volume and Issue: 41(1)

Published: Jan. 1, 2025

Abstract Current innovation's efficiency contradicts the local environment and climate in different world regions, not providing sustainable development goals. To ensure a non‐imitation long‐term soil improvement environmental management, Biogeosystem Technique (BGT*) heuristic innovation technology platform has been developed to be applied worldwide. A BGT*‐based ecosystem services prospect is discussed an example of Volgograd Region Russian Federation dry terrain. The soils change from Chernozem (21.7%) Kastanozem (44.1%). this area are degrading under standard mouldboard, chisel, no‐till, irrigation management practices attempting represent simplified natural phenomena technological imitation. BGT* constituents are: (1) 20–50 cm layer intra‐soil milling ensures stable fine geophysical multilevel aggregate system; (2) pulse sequential‐discrete watering provides draught mitigation water consumption reduction for circa 5–20 times compared with that irrigation; (3) waste recycling safety productivity. prevents land degradation, promoting prerequisites polymicrobial association biofilms humic substances functioning as microbiological process starters. reinforces biogeochemical turnover, higher bonitet score, productivity, reversible carbon biological sequestration, stabilizing system. Accounting cutting age developments, science political initiatives will offset subsidies harmful nature provide up‐to‐date innovations biodiversity—ecosystem generating outcomes financial investments.

Language: Английский

Biogeosystem Technique (BGT*) platform improves soil‐ecosystem services in dry terrain: A review DOI
Valery Kalinitchenko, А. А. Околелова, Е Э Нефедьева

et al.

Soil Use and Management, Journal Year: 2025, Volume and Issue: 41(1)

Published: Jan. 1, 2025

Abstract Current innovation's efficiency contradicts the local environment and climate in different world regions, not providing sustainable development goals. To ensure a non‐imitation long‐term soil improvement environmental management, Biogeosystem Technique (BGT*) heuristic innovation technology platform has been developed to be applied worldwide. A BGT*‐based ecosystem services prospect is discussed an example of Volgograd Region Russian Federation dry terrain. The soils change from Chernozem (21.7%) Kastanozem (44.1%). this area are degrading under standard mouldboard, chisel, no‐till, irrigation management practices attempting represent simplified natural phenomena technological imitation. BGT* constituents are: (1) 20–50 cm layer intra‐soil milling ensures stable fine geophysical multilevel aggregate system; (2) pulse sequential‐discrete watering provides draught mitigation water consumption reduction for circa 5–20 times compared with that irrigation; (3) waste recycling safety productivity. prevents land degradation, promoting prerequisites polymicrobial association biofilms humic substances functioning as microbiological process starters. reinforces biogeochemical turnover, higher bonitet score, productivity, reversible carbon biological sequestration, stabilizing system. Accounting cutting age developments, science political initiatives will offset subsidies harmful nature provide up‐to‐date innovations biodiversity—ecosystem generating outcomes financial investments.

Language: Английский

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