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Benthic invertebrates are major elements to the functioning of freshwater ecosystems, representing a link between detritus and grazing food chains. These organisms have long been used to evaluate the upstream and downstream alterations induced by reservoir construction. While previous monitoring assessments have largely been focused on using physical and chemical indicators, the potential of biological indicators in biomonitoring has been recognized. Hence, it is of great importance to evaluate the impact of river impoundments particularly on water bodies using benthic macro invertebrates as…mehr

Produktbeschreibung
Benthic invertebrates are major elements to the functioning of freshwater ecosystems, representing a link between detritus and grazing food chains. These organisms have long been used to evaluate the upstream and downstream alterations induced by reservoir construction. While previous monitoring assessments have largely been focused on using physical and chemical indicators, the potential of biological indicators in biomonitoring has been recognized. Hence, it is of great importance to evaluate the impact of river impoundments particularly on water bodies using benthic macro invertebrates as indicators. This study examined downstream effects of impoundments using macro invertebrate monitoring techniques. Therefore, this manuscript provides you basic information about dam-related benthic macro invertebrate communities and enables you evaluate potential effects of dams on benthic resources.
Autorenporträt
I have received my B.Sc. degree in 2009 from Hawassa University in Applied Biology and M.Sc. degree in Zoology from Bahir Dar University in 2011. I was attended international & National Research Conference held in Ethiopia from March 23-25 and June 12-14, 2012. This time I am Dean of Faculty of NCS & instructor at Bule Hora University in Ethiopia.