Responses of the whole life cycle of typical fish species in the upper Yangtze River to hydrological regime alterations and their ecological flow requirements
The results revealed that habitat suitability for Four Major Chinese Carps was highest during the foraging period, followed by the spawning period, and lowest during the overwintering period, suggesting that the current hydrodynamic conditions in the studied river reach are relatively favorable for habitat maintenance and population survival during the foraging period, whereas greater ecological constraints occur during overwintering.
Downstream migration (DSM) of young fish is an efficient dispersal method in rivers. Regulation of rivers transforms them into lotic–limnetic cascades fragmented by dams. Novel conditions of transformed riverine habitats influence the routes and behavior of migrants, creating hazardous ecological situations, which lead...
Dmitrii S. Pavlov, V. Kostin, V. Mikheev· Diversity· 0 citations
Large river turtles are among the most threatened freshwater vertebrates, with dam construction emerging as an important driver of sustained population decline. This paper develops a conceptual mathematical framework intended to formalize the principal ecological mechanisms linking hydrological alteration and popul...
L. Luiselli, Andrew D. Walde· Aquatic conservation· 0 citations
Sichuan taimen (Hucho bleekeri Kimura 1934) has experienced severe loss of spawning habitat due to hydropower development, as reservoir impoundment has inundated and altered the hydraulic conditions of its original riverine habitats, substantially reducing suitable habitats for its survival and reproduction. Identifyin...
Wen-Jie Peng, Ming Li, Le-Le Fu et al.· Fishes· 0 citations
This study examined long-term changes in floristic composition and hydrological conditions following reforestation in the Yangju Forest Watershed Experimental Catchment, Republic of Korea. The analysis integrated repeated floristic surveys spanning approximately 50 years’ hydrological record from the same experimental...
Eui-Joo Kim, Qi-Wen Li, Byoung-ki Choi et al.· Forests· 0 citations
Alpine streams are increasingly exposed to multiple disturbances, including extreme flood events, expected to become more frequent under climate change, and the expansion of small hydropower plants (SHPs). Understanding the resilience of aquatic communities and the ability of biomonitoring tools to detect disturbance-d...
A. Marino, Marta Moriondo, L. Gruppuso et al.· Water· 0 citations
The Đerdap/Iron Gates section of the Danube River has undergone a profound hydromorphological transformation following the construction of the Iron Gates hydropower system, affecting flow conditions, habitat structure, connectivity, and fish assemblages. This study assessed long-term changes in native and non-native fi...
Ana Marić, Z. Nedić, Raluca Nicolae et al.· Diversity· 0 citations
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