The phrase "quality depletion" is correct and usable in written English.
It can be used in contexts discussing a reduction in the quality of a product, service, or resource over time.
Example: "The constant use of the machinery has led to quality depletion, affecting the overall performance of our production line."
Alternatives: "quality decline" or "quality deterioration."
Moreover, the analysis shows a diverging trend between land and soil consumption patterns suggesting that the edification of pervious land is an unreliable indicator of soil quality depletion.
Although many efforts have been made to develop high-yielding variety of wheat in Ethiopia, the productivity of wheat is still far below the potential yield reported elsewhere as a result of soil quality depletion and low soil fertility (Harden 2001; Lal 2001).
Such factors may be presence of a Y-chromosomal suppressor, opposite effects of the two parents on foetal sex ratio and frequency-dependent selection through an association between mating rate and sperm quality (depletion and competition).
In conclusion, we have demonstrated an easy and reproducible way to switch OTFTs from enhancement to depletion mode by a photochemical reaction using photoacid generators as interfacial layers and demonstrated that this allows the fabrication of good quality depletion-load inverters with tunable characteristics.
First, consumers may perceive that the benefits offered by fast fashion brands outweigh the negative aspects in terms of the unsustainable nature of fast fashion business (e.g., poor quality, resource depletion) (McNeill and Moore 2015; Morgan and Birtwistle 2009).
Topic links for sea level rise, extreme weather, ecosystems, air quality, ozone depletion, human health, and more lead to essays and other resources on how these topics relate to climate change.
The threat pathway to the left of the figure shows the impact of insecurity on service utilization and health care quality through depletion of the human resources available to the health system.
Inescapably, the growth of the population in developing world regions, the aging of the population in industrialized countries, population displacement due to political turmoil, degradation of environmental quality, and depletion of nonrenewable resources are serious challenges that have not been and likely cannot be readily met only by the existing product manufacturing platforms.
To meet such a last purpose, the study adopts the life cycle assessment methodology carefully quantifying the impact indicators for three different categories, i.e. human health, ecosystem quality and resource depletion.
Estimation of process inventories was performed using Aspen Plus® simulation software, while the environmental impacts were evaluated by Eco-indicator 99 in SimaPro 7. Life cycle assessment (LCA) was used to estimate environmental impacts in three categories: human health, ecosystem quality, and resource depletion.
We used the fully aggregated impacts on endpoint level of ReCiPe version H/A for overall environmental assessment (grouped by impacts on human health, ecosystem quality, and resource depletion).
