Scope of Study: This paper presents a study of the effects of water, heated both naturally and industrially, on invertebrate fauna. This report was compiled by reviewing literature present in the Oklahoma State University Library.Findings and Conclusions: Water, heated both naturally and industrially, greatly limits the number of species that can inhabit it. Even the species -present are not abundant. Heating also changes the chemical characteristics of water. This is also detrimental to the invertebrates present. Very little work has been done on hot springs in the last twenty years. Very few field studies have been conducted on effects of industrial thermal pollution
Anthropogenic changes to the temperature regimes of rivers, whether through thermal pollution, remov...
The thermal effects of the nuclear power plant at Monticello, Minnesota were assessed by comparing p...
This paper provides a summary of the knowledge of drinking-water temperature increases and present d...
In this study a field based, stream microcosm system to experimentally separate the effects of the t...
Springs are the places where ground water is discharged at specific locations. They vary dramatical...
Hot springs are characterised by water temperatures above 36.7 °C. Temperature decreases with distan...
Water temperature is a key variable affecting aquatic organisms. Understanding their response to el...
Studies of macroinvertebrate communities in thermal streams are highly geographically localized and ...
Water temperature is a key variable affecting aquatic organisms. Understanding their response to ele...
Anthropogenic changes to the temperature regimes of rivers, whether through thermal pollution, remov...
Hot springs are characterised by water temperatures above 36.7 degrees C. Temperature decreases with...
Small, low-head diversion dams are capable of withdrawing much of the flow of a river, often resulti...
Thermal pollution is discussed with regard to sources of manmade thermal water; thermal consequences...
ABSTRACT: Reduced thermal amplitude has been highlighted as a limiting factor for aquatic invertebra...
Abstract Thermal pollution leads to short-term heat shock in aquatic invertebrates; however, the mod...
Anthropogenic changes to the temperature regimes of rivers, whether through thermal pollution, remov...
The thermal effects of the nuclear power plant at Monticello, Minnesota were assessed by comparing p...
This paper provides a summary of the knowledge of drinking-water temperature increases and present d...
In this study a field based, stream microcosm system to experimentally separate the effects of the t...
Springs are the places where ground water is discharged at specific locations. They vary dramatical...
Hot springs are characterised by water temperatures above 36.7 °C. Temperature decreases with distan...
Water temperature is a key variable affecting aquatic organisms. Understanding their response to el...
Studies of macroinvertebrate communities in thermal streams are highly geographically localized and ...
Water temperature is a key variable affecting aquatic organisms. Understanding their response to ele...
Anthropogenic changes to the temperature regimes of rivers, whether through thermal pollution, remov...
Hot springs are characterised by water temperatures above 36.7 degrees C. Temperature decreases with...
Small, low-head diversion dams are capable of withdrawing much of the flow of a river, often resulti...
Thermal pollution is discussed with regard to sources of manmade thermal water; thermal consequences...
ABSTRACT: Reduced thermal amplitude has been highlighted as a limiting factor for aquatic invertebra...
Abstract Thermal pollution leads to short-term heat shock in aquatic invertebrates; however, the mod...
Anthropogenic changes to the temperature regimes of rivers, whether through thermal pollution, remov...
The thermal effects of the nuclear power plant at Monticello, Minnesota were assessed by comparing p...
This paper provides a summary of the knowledge of drinking-water temperature increases and present d...