Übersetzung für "soil damage " (Englisch → Deutsch) :

The introduction of contaminants in the soil may result in damage to or loss of some or several functions of soils and possible cross contamination of water.

|| -Ensure security of supply of critical raw materials (for renewables and electrification) -Reduce energy intensity of materials extraction, production consumption. || -Use efficiently as renewable energy source; -Reduce cooling needs of power plants; -Reduce energy intensity of water treatment; -Reduce use of hot water via better appliances water infrastructure. || -Reduce pollution with harmful substances, in particular via reduced use of fossil fuels; -20% reduction of GHG emissions by 2020 (30% if the conditions are right); - 80-95% GHG emission reduction by 2050. || -Reduce land take for biofuels; -Optimise energy infrastructure. || -Prevent soil damage by SO2 an ...[+++]d NOx emissions; -Mitigate soil impacts of new infrastructure/ energy solutions; -Preserve peatlands. || -Reduce acidification via reduced fossil fuels use; -Avoid ecosystem damage from energy carriers extraction/ exploitation. || -Use as a renewable energy source; -Ensure sustainable use of algae for biofuels; -Prevent risks of oil spills disasters; - Reduce acidification resulting from GHG emissions. || -Ensure energy recovery of non-recyclable waste; -Reduce energy intensity of waste treatment; - Increase use of biodegradable waste for bioenergy and bioproducts. || -Energy 2020: A strategy for competitive, sustainable and secure energy (2011) - Strategic Energy Technology Plan for Europe; -Energy infrastructure priorities for 2020 and beyond - A Blueprint for an integrated European energy network (2011) -European Energy Efficiency Plan 2020 (2011) -Revision of the Energy Taxation Directive (2011) -Energy infrastructure package (2011) -Energy Roadmap 2050 (2011) -Smart grids (2011) -Security of energy supply and international cooperation (2011)

Food || -Reduce fossil fuels use via-improved energy efficiency of food production; -Avoid adverse impacts from the substitution of fossil fuels with biofuels. || -Optimise use of minerals materials (eg phosphorous); -Improve packaging for better preservation recyclability. || -Optimize water use in agriculture; -Prevent flooding droughts, i.e. by fighting climate change; -Ensure clean water availability for quality products; -Avoid pollution from fertilizers and pesticides. || -Reduce GHG emissions; -Reduce SO2 NOx emissions. || -Optimise land use to reconcile with other uses; -Use taken fertile land for agriculture; -Reduce land take (e.g. via optimal animal protein intake). || - Reverse soil loss; -Restore organic matter content in soils; ...[+++] -Prevent soil damage by SO2 and NOx emissions; -Avoid pollution from fertilizers and pesticides. || -Restore and preserve ecosystems to ensure pollination, water retention, etc.; -Avoid eutrophication from fertilizers and reduce the use of pesticides; - Increase biodiversity through good farming practices.. || -Restore fish stocks and eliminate by-catch and discards; -Eliminate destructive fishing techniques; -Develop sustainable aquaculture; -Reduce pollution of coastal areas from fertilizers - Avoid marine litter. || -Reduce food waste; -Use recyclable/ biodegradable packaging; -develop composting of biowaste. || -CAP Reform (2011) -Proposal for an Innovation. partnership on agricultural productivity and sustainability (2011) -Green Paper on phosphorous (2012) -Communication on sustainable food (2013)

The main objective of ELD is to prevent and remedy ‘ environmental damage ’. This is defined as damage to protected species and natural habitats (nature) , damage to water and damage to land (soil) .

A decrease in some soil availability is inevitable, but if the sealed soil plays a valuable role in food production, nature conservation, flood control or any other key function, then the consequences of sealing are damaging to sustainable development.

The introduction of contaminants in the soil may result in damage to or loss of some or several functions of soils and possible cross contamination of water.