Translation of "Study the life cycle resources " (English → French) :

assess resource life cycles | evaluate the life cycle of resources | assess the life cycle of resources | study the life cycle of resources

DETEC Ordinance of 3 April 2009 on Proof of the Positive Aggregate Environmental Impact of Fuels from Renewable Resources | Biofuels Life Cycle Assessment Ordinance [ BLCAO ]

studies on the cycling of radionuclides within the ecosystem

enzyme that carries out later steps in the life cycle

lethal change in the life cycle

document the product life cycle | prepare technical documentation | provide technical documentation

Monitoring the Life Cycle of the Northern Quahaug, Mercenaria Mercenaria, in Prince Edward Island

front end of the life cycle

Disease that is characterized by massive enteric protein loss, secretory diarrhea and intolerance to enteral feeds during the first few weeks of life. It has been described in three male infants. Histochemical studies revealed a complete absence of e

44. Welcomes the Commission’s intention to develop a horizontal action plan to boost demand for innovative goods and services; calls on the Commission to continue studying the life cycle of products from the raw materials to the recycling stage, with a view to progressing towards efficiency benchmarks for products which take cost-benefit ratios and the innovation potential into account;

5. Agrees that plastic waste should be treated as a valuable resource by promoting its reuse, recycling, and recovery and by enabling the creation of an adequate market environment; calls on the Commission to make proposals by 2014 to phase out the landfilling of recyclable and recoverable waste by 2020, without, however, incentivising as a result the energy recovery option over recycling, and ensuring that environmental efficiency criteria are applied to all options; considers that, alongside the targets mentioned above for recycling, it is therefore essential to introduce appropriate measures discouraging incineration of recyclable, ...[+++]compostable and biodegradable plastics, in order to optimise the life-cycle of each plastic type while respecting the waste hierarchy; points out that this would also invert an unsustainable tendency that has until now privileged the use of virgin products over the more expensive recycled ones; stresses that the recyclability and repairability of products should be taken into account already at the design phase; calls on the Commission, therefore, to propose measures relating to design that improve the overall environmental impact of products, preventing excess waste and promoting recycling markets; believes that in any case plastic goods should be designed to maximise durability, taking into account the whole life-cycle of the product; points out, that in the context of new legislation on plastic waste, the Commission should consider establishing more extensive inspections as regards landfill waste acceptance up to 2020, as well as stepping up checks on incineration facilities;

29. Welcomes the Commission’s focus on ecodesign, recyclability with cradle-to-cradle specifications, new sustainability criteria for construction products and processes and resource efficiency in the circular economy concept; calls for legislative proposals and studies on resource efficiency in order to take account of the viability of an investment on the basis of the criteria of effectiveness, profitability and long-term effects; calls on the Commission to further promote ‘life ...[+++]-cycle’ thinking by means of an integrated product policy (IPP) which gives consideration to the whole of a product’s life cycle (cradle-to-cradle approach);

(22) There is significant scope for reducing greenhouse gas emissions and enhancing energy and resource efficiency in the Union. This will ease pressures on the environment and bring increased competitiveness and new sources of growth and jobs through cost savings from improved efficiency, commercialisation of innovations and better management of resources over their whole life cycle.