Sentence examples for restoration technologies from inspiring English sources

The restoration technologies in areas degraded by extractive activities are more efficient under the use of their own spoils.

Maintenance and reuse are aimed at exhausting lives of artifacts, and use similar technologies such as condition diagnosis and restoration technologies.

Next, different examples are analyzed in order to propose a generic equation to assess the exergy cost of the water restoration technologies, attending to their main features.

As such, the book provides a guide for readers seeking to understand and build sustainable, urban socio-ecological systems using restoration technologies based on wisdom.

BP set up the fund, known as the GRI, to provide $50 million a year over 10 years to study five themes related to oil spills: oil dispersion, degradation, environmental impacts and restoration, technologies for cleanup and mitigation, and health effects.

"The work we have started there is ground breaking both in terms of restoration technology and in crime prevention".

UC Berkeley graduate student Thomas Azwell teamed up with researchers in the Gulf of Mexico to develop marsh restoration technology that could impact remediation efforts nationwide.

"Our work shows that smell restoration technology is an idea worth studying further," said corresponding author Eric Holbrook, HMS associate professor of otolaryngology and chief of rhinology at Mass.

In 2003, the college received a $100,000 grant from the Maybach division of Mercedes-Benz USA "to refine and promote McPherson's degree-granting program in automotive restoration technology". It also established two internships.

It is important to assess the effect on zooplankton when perform the environmental protection or restoration technology, especially removing algal blooms, because algae were the major primary producer in algal lakes.

In 1995, the Institute of Agricultural Engineering of the Agricultural University in Poznań launched research on an integrated lake restoration technology, whose core was a wind-powered aerator capable of oxygenating also the bottom layers (the hypolimnion) of deep lakes.