Hubungi Kami

SDG 14 In Numbers

Total energy used
0 GJ
Total energy used from low-carbon sources
0 GJ

SDG 14: Life Below Water

Supporting Aquatic Ecosystems Through Education

Maintaining a Local Ecosystem

Minimizing alteration of aquatic ecosystems
Monitoring the health of aquatic ecosystems
Programs towards good aquatic stewardship practices
Collaboration for shared aquatic ecosystems
Watershed management strategy
Conservation and sustainable utilization of the oceans
Food from aquatic ecosystems
Maintain ecosystems and their biodiversity
Technology towards aquatic ecosystem damage prevention
Fresh water ecosystems
Sustainable fisheries
Overfishing etc.
Water discharge guidelines and standards
Action plan to reduce plastic waste
Reducing marine pollution

Watershed management strategy

Airlangga University applies technology in watershed management to maintain the diversity of aquatic species. One of the several research projects carried out by Universitas Airlangga is SUVA research. This is a research on freshwater technology as an early detection of carcinogens. The technology Specific Ultra Violet Absorbance (SUVA) is a method for detecting carcinogenic levels in fresh water to maintain biodiversity. In addition, to manage biodiversity in the Brantas river area, Airlangga University and the surrounding community held social services to clean up the watershed. This is carried out to reduce the impact of pollution to reduce the negative impact on the diversity around the watershed. UNAIR has a Waste Water Management Installation through a Sewage Treatment Plant, consisting of six steps that have two primary purposes, including flushing toilets and irrigation plants used in university.

SUVA Freshwater Technology as Early Carcinogenic Detector Along Riverbanks

Preventing Water Pollution with Wastewater Treatment Installation