Eliminate secondary salinization conditions, such as irrigation by highly Description mineralized groundwater sources, naturally or anthropogenically induced deterioration of drainage in intensively irrigated areas; disadvantageous and Option’s relevance unsuitable structure of arable land given respective conditions of the soil and Economic Ecologic Social hydro-melioration infrastructure. + ++ + Opportunities that arise Improved irrigation infrastructure to address the issue. Cross-cutting relevance YES Agricultural, economic and social positive benefits. Risks addressed Desertification, soil productivity, etc. Eliminate conditions for anthropogenic soil acidification Agricultural Natural Fisheries & Institutional Livestock Relevant to: productivity resources aquaculture adaptive capacity X X Eliminate conditions for anthropogenic soil acidification (surface Description unbalanced mineral fertilization). Acidification causes the loss of base cations, increases the aluminum saturation and leads to declining crop Option’s relevance yields and possible structural deterioration. Soil acidity is ameliorated by applying Economic Ecologic Social lime or other acid‐neutralizing materials. + ++ + Opportunities that arise Improve agricultural productivity and reduce soil acidification. Cross-cutting relevance YES Agricultural, economic and social positive benefits. addressed Soil acidification and structural deterioration. Improve soil management by increasing retention Agricultural Natural Fisheries & Institutional Livestock Relevant to: productivity resources aquaculture adaptive capacity X X Description Improve soil management by increasing water retention to conserve soil Option’s relevance moisture. Economic Ecologic Social + ++ + Opportunities that arise Storing water in soil decreases the negative impacts of droughts. Cross-cutting relevance YES Agricultural, economic and social positive benefits. Risks addressed Droughts, water stress, etc. Maintain and improve existing aquaculture habitats Agricultural Natural Fisheries & Institutional Livestock Relevant to: productivity resources aquaculture adaptive capacity X X Description Maintain and improve existing aquaculture habitats, the fish access to spawning, Option’s relevance and create new habitats in deep lakes and basins. Economic Ecologic Social + ++ ++ Opportunities that arise Enhancing and enabling existing aquaculture habitats. Cross-cutting relevance YES Aquaculture, economic and social positive benefits. Risks addressed Aquaculture loss, etc. Building adaptive capacity Develop climate change trainings for the administrative staff in governmental institutions Agricultural Natural Fisheries & Institutional Livestock Relevant to: productivity resources aquaculture adaptive capacity X X X X X
Description Eliminate secondary salinization conditions, such as irrigation by highly mineralized groundwater sources, naturally or anthropogenically induced deterioration of drainage in intensively irrigated areas; disadvantageous and unsuitable structure of arable land given respective conditions of the soil and hydro-melioration infrastructure. Option’s relevance Economic Ecologic Social + ++ + Opportunities that arise Improved irrigation infrastructure to address the issue. Cross-cutting relevance YES Agricultural, economic and social positive benefits. Risks addressed Desertification, soil productivity, etc. Eliminate conditions for anthropogenic soil acidification Relevant to: Agricultural productivity Livestock Natural resources Fisheries & aquaculture Institutional adaptive capacity X X Description Eliminate conditions for anthropogenic soil acidification (surface unbalanced mineral fertilization). Acidification causes the loss of base cations, increases the aluminum saturation and leads to declining crop yields and possible structural deterioration. Soil acidity is ameliorated by applying lime or other acid‐neutralizing materials. Option’s relevance Economic Ecologic Social + ++ + Opportunities that arise Improve agricultural productivity and reduce soil acidification. Cross-cutting relevance YES Agricultural, economic and social positive benefits. addressed Soil acidification and structural deterioration. Improve soil management by increasing retention Relevant to: Agricultural productivity Livestock Natural resources Fisheries & aquaculture Institutional adaptive capacity X X Description Improve soil management by increasing water retention to conserve soil moisture. Option’s relevance Economic Ecologic Social + ++ + Opportunities that arise Storing water in soil decreases the negative impacts of droughts. Cross-cutting relevance YES Agricultural, economic and social positive benefits. Risks addressed Droughts, water stress, etc. Maintain and improve existing aquaculture habitats Relevant to: Agricultural productivity Livestock Natural resources Fisheries & aquaculture Institutional adaptive capacity X X Description Maintain and improve existing aquaculture habitats, the fish access to spawning, and create new habitats in deep lakes and basins. Option’s relevance Economic Ecologic Social + ++ ++ Opportunities that arise Enhancing and enabling existing aquaculture habitats. Cross-cutting relevance YES Aquaculture, economic and social positive benefits. Risks addressed Aquaculture loss, etc. Building adaptive capacity Develop climate change trainings for the administrative staff in governmental institutions Relevant to: Agricultural productivity Livestock Natural resources Fisheries & aquaculture Institutional adaptive capacity X X X X X
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