This topic presents the effect of water temperature on benthic invertebrate growth and assemblages at downstream site of the Dam in winter, in Japan. The surface layer water of dam was released, and the temperature was always 3-5 degrees higher than the upstream. This was because of tentative manipulation of dam. Life cycles of dominated species were faster and their body size were all larger in the downstream than the upstream. Kamimuria tibialis (Perlidae) as a predator grew faster. Also, its body weight was much heavier than in the upstream, even its body length is the same in the upstream. Periphyton biomass was also much higher, especially, filamentous species were dominated at slow current site in the downstream. Regardless of abundan...
Rivers and streams are a critical component of Northern Great Plains ecosystems and an extremely val...
1. Stream temperature is thought to be a primary determinant of the macro-spatial distribution of st...
Daily changes in physical and chemical water parameters (i.e., ecopeaking) can arise seasonally in n...
We manipulated, in accord with global-warming predictions, the thermal regime of a permanent first-o...
This study was carried out in Takizawa dam, Nakatsugawa River, Japan. The objective was to check the...
Many studies have investigated the ecological changes that occur below dams that release cold, hypol...
Small, low-head diversion dams are capable of withdrawing much of the flow of a river, often resulti...
In two volumes.The Hienuki River, located in Iwate Prefecture, Japan, originates on Mt. Hayachine, a...
Anthropogenic changes to the temperature regimes of rivers, whether through thermal pollution, remov...
Supplementary Information Files for: Macroinvertebrate and diatom community responses to thermal alt...
Climate change is affecting freshwater ecosystems worldwide. Warming temperatures have had profound ...
Water temperature is known to influence individual animal metabolism, development, and reproduction....
ABSTRACT: Reduced thermal amplitude has been highlighted as a limiting factor for aquatic invertebra...
Graduation date: 2009Small low-head diversion dams are capable of removing much of the flow of a riv...
The aim of this study was to predict global warming effects on benthic macroinvertebrate community s...
Rivers and streams are a critical component of Northern Great Plains ecosystems and an extremely val...
1. Stream temperature is thought to be a primary determinant of the macro-spatial distribution of st...
Daily changes in physical and chemical water parameters (i.e., ecopeaking) can arise seasonally in n...
We manipulated, in accord with global-warming predictions, the thermal regime of a permanent first-o...
This study was carried out in Takizawa dam, Nakatsugawa River, Japan. The objective was to check the...
Many studies have investigated the ecological changes that occur below dams that release cold, hypol...
Small, low-head diversion dams are capable of withdrawing much of the flow of a river, often resulti...
In two volumes.The Hienuki River, located in Iwate Prefecture, Japan, originates on Mt. Hayachine, a...
Anthropogenic changes to the temperature regimes of rivers, whether through thermal pollution, remov...
Supplementary Information Files for: Macroinvertebrate and diatom community responses to thermal alt...
Climate change is affecting freshwater ecosystems worldwide. Warming temperatures have had profound ...
Water temperature is known to influence individual animal metabolism, development, and reproduction....
ABSTRACT: Reduced thermal amplitude has been highlighted as a limiting factor for aquatic invertebra...
Graduation date: 2009Small low-head diversion dams are capable of removing much of the flow of a riv...
The aim of this study was to predict global warming effects on benthic macroinvertebrate community s...
Rivers and streams are a critical component of Northern Great Plains ecosystems and an extremely val...
1. Stream temperature is thought to be a primary determinant of the macro-spatial distribution of st...
Daily changes in physical and chemical water parameters (i.e., ecopeaking) can arise seasonally in n...