Sentence examples for Ecological remediation from inspiring English sources

All of these findings have substantial ramifications for the rehabilitation of aquatic ecosystems in Jinan City as a reference for river ecological remediation in rivers with scarce ecological data worldwide.

The positive impact of in-stream vegetation pointed to the possibilities that local scale ecological remediation activities to reduce runoff could be viable approaches to improve river conditions throughout the catchment.

It is extremely important and challenging to develop an effective device for the continuous separation and recovery of large-scale oil water mixtures due to their contribution to ecological remediation and contamination control.

New business opportunities created by the mushroom industry, renewable energies, ecological remediation, and, in particular, the pharmaceutical industry are bound to "generate interest in mycology and, in turn, create new jobs," he says. . Photo (top): Jon Mitchell.

However, we need to develop a photo catalyst that efficiently extends visible light response in catalytic activity for ecological remediation which has become a large task and most dynamic research issues in photocatalytic activity [14, 15, 16].

Guests at the "Belt and Road International Forum on Public Cooperation for Ecological Remediation" included Chen Shuxian, chairman of the China Green Foundation, Pradeep Monga, deputy executive secretary of the Secretariat of the United Nations Combat Desertification, and Lo Sze Ping, chief representative of WWF China.

The peroxidation-biological pretreatment of Tai Lake, as well as biological-ecological remediation and O3-activcated carbon-ultrafiltration membrane technologies have helped address the problem of excessive chemical nutrients, ensuring safe drinking water.

In 1999, SRP published a unifying framework for multidisciplinary research that illustrated interrelatedness among human, ecological, and remediation research (Suk et al. 1999).

Preliminary comparison of fish species composition at these sites compared to EFPC sites were used to identify potential mechanisms limiting the ecological recovery following remediation.

The current findings indicated that T. thioparus could play a significant role as potential biosorbent with the ability to eliminate PFOA effectively in aquatic environment, which would provide novel information for PFOA ecological decontamination and remediation.

To understand the underlying ecological mechanisms during soil remediation, a pragmatic approach using molecular tools is proposed.