The scientific community has established a correlation between river flow rate and turbidity, but the vast majority of research thus far has been focused on large rivers and bodies of water. Can the same conclusions be drawn from smaller rivers that may be subject to more local variance, such as weather, animal movement, and plant growth? After analyzing data from three streamlets, we conclude that studies on small, local ecosystems suffer the effects of confounding variables to a greater extent than studies on larger, more stable ecosystems. Because small rivers are subject to more variance than large rivers, no correlations were found between flow rate and turbidity
Abstract. Turbidity in streams has long been thought of as an important indicator of stream health. ...
Despite the fact that just 0.003 percent of the Earth's total moisture flows through its rivers and ...
1. There is a need to relate changing river flows to ecological response, particularly using methods...
The scientific community has established a correlation between river flow rate and turbidity, but th...
The turbidity variation in time and space is investigated in the downstream stretch of the river Göt...
Flow–ecology relationships within river systems are an important area of ongoing investigation, beca...
Water flow is fundamental to the existence of river ecosystems, shaping the habitats and interaction...
1. In streams, hydrology is a predominant driver of ecological structure and function. Providing ade...
Given the reliance of many communities on surface water, and the continued degradation of aquatic ec...
Ecological processes in large rivers are controlled by their flow variability. However, it is diffi...
The turbidity variation in time and space is investigated in the downstream stretch of the river Got...
An overview of the recently collected datasets of highly discrete water turbidity measurements has a...
Code release Associated journal article: Mohan, C., Gleeson, T., Famiglietti, J. S., Virkki, V., Ku...
The river continuum concept describes changes to physical conditions, such as stream width, depth, a...
Alterations to the natural flow regime affect the structure and function of rivers and wetlands and ...
Abstract. Turbidity in streams has long been thought of as an important indicator of stream health. ...
Despite the fact that just 0.003 percent of the Earth's total moisture flows through its rivers and ...
1. There is a need to relate changing river flows to ecological response, particularly using methods...
The scientific community has established a correlation between river flow rate and turbidity, but th...
The turbidity variation in time and space is investigated in the downstream stretch of the river Göt...
Flow–ecology relationships within river systems are an important area of ongoing investigation, beca...
Water flow is fundamental to the existence of river ecosystems, shaping the habitats and interaction...
1. In streams, hydrology is a predominant driver of ecological structure and function. Providing ade...
Given the reliance of many communities on surface water, and the continued degradation of aquatic ec...
Ecological processes in large rivers are controlled by their flow variability. However, it is diffi...
The turbidity variation in time and space is investigated in the downstream stretch of the river Got...
An overview of the recently collected datasets of highly discrete water turbidity measurements has a...
Code release Associated journal article: Mohan, C., Gleeson, T., Famiglietti, J. S., Virkki, V., Ku...
The river continuum concept describes changes to physical conditions, such as stream width, depth, a...
Alterations to the natural flow regime affect the structure and function of rivers and wetlands and ...
Abstract. Turbidity in streams has long been thought of as an important indicator of stream health. ...
Despite the fact that just 0.003 percent of the Earth's total moisture flows through its rivers and ...
1. There is a need to relate changing river flows to ecological response, particularly using methods...