"environmental life" is a correct and usable expression in written English.
You can use it in any context where you are discussing the environment and how it affects living creatures. Example: "The health of our planet relies heavily on the protection of environmental life."
CBA = cost-benefit analysis, MFA = material flow analysis, ELCA = environmental life cycle assessment, LCC = Life cycle costing, SLCA = Social life cycle assessment and I-O = input-output analysis Fig. 2 A topological illustration how increased activity in forest bioeconomy cause impacts on national level.
All of these environmental, life safety and aesthetic standards will be embraced in the Freedom Tower and the towers to come.
We face multiple, profound challenges to create thriving economies, generate mass employment, increase wellbeing and maintain our environmental life support systems.
It is too late in the environmental life of this planet to accept such ecologically destructive energy solutions or the model of unfettered growth they are meant to fuel.
"Manned missions to Mars and beyond, for example, will require crews to grow their own food, recycle oxygen and maintain other environmental life support systems on a ship that must be self-sustaining.
Published this week in the Journal of Industrial Ecology, the "comparative environmental life cycle assessment of conventional and electric vehicles" begins by stating that "it is important to address concerns of problem-shifting".
Living in an eco-house and eating organic food from hand-crafted pots in a world where alternative medicine always works is a long way from getting to grips with environmental life-and-death issues for individuals, communities, cultures and planet alike: the redistribution of wealth, including resources, utilities, land, labour, services and so on.
To better understand these trade-offs, we performed a combined environmental life-cycle and economic assessment with uncertainty analysis.
This paper attempts to perform an environmental life-cycle assessment (LCA) of coal-fired power plants with and without such advanced mitigation technologies.
This study presents a three-level modeling framework for economic and environmental life-cycle optimization of the shale gas supply chains.
In particular, we investigate whether enterprise input-output approaches can be employed to deal with the multi-functionality issue in environmental Life-Cycle Assessment, which has been identified as a significant methodological problem (ISO 14044 [2006], Ciroth et al.[2008]).[2008]
