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Greenhouse Gas Emissions From African Rivers

Researchers have completed a large-scale research project conducted over a five-year period on the African continent to compile the first greenhouse gas budget of African rivers. Covering 12 rivers spread across the entire continent of Africa, the study shows that greenhouse gas emissions from the rivers are very significant.

Democratic republic of the congoUnited statesThe congoCristianr teodoruNaomi geeraertFredrick tamoohAlberto borgesFredricko omengoAlbertov borgesThibault lambertTrentr marwickEric okuku steven bouillonUniversity of liDemocratic republicNature geoscience

HKU geographer leads world s first study to evaluate greenhouse gas emissions from Chinese inland waters over the past 30 years – India Education| Global Education |Education News

HKU geographer leads world s first study to evaluate greenhouse gas emissions from Chinese inland waters over the past 30 years – India Education| Global Education |Education News
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United statesMing yangTibetan plateauChina generalXiankun yangJens hartmannDavide butmanShaoda liuNaomi geeraertTomj battinNature communicationsProceedings of the national academy sciencesPublic affairs officeHong kongSocial sciencesLishan ran

World s first study to evaluate greenhouse gas emissions from Chinese inland waters

E-Mail IMAGE: Dr Lishan Ran conducts in situ measurement of lake CO2 emissions and environmental characteristics on the Tibetan Plateau. view more Credit: Dr Lishan Ran Inland waters are an important component of the global carbon cycle and function as active reactors, transporting and transforming large quantities of naturally- and anthropogenically-derived carbon. Previous studies suggest that inland waters are major sources for greenhouse gas emissions to the atmosphere, yet these emissions are poorly constrained (Note 1). As a primary greenhouse gas that drives global climate change, carbon dioxide (CO2) emissions from inland waters play a key role in assessing global carbon cycle. While most efforts over the last decade have focused on refining the emission flux estimates at the regional and global scales, scientists do not fully understand the responsiveness of regional CO2 emissions from inland waters to global change. Recent studies demonstrate that they are

United statesMing yangTibetan plateauChina generalXiankun yangJens hartmannDavide butmanShaoda liuNaomi geeraertTomj battinNature communicationsArticle in nature communicationsHong kongSocial sciencesLishan ranMingyang tian