Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/117195/1/eap199883771.pd
Accurate estimates of root respiration are crucial to predicting below ground C cycling in forest ec...
Root respiration rates have been shown to be correlated with temperature and root N concentration in...
This thesis examines the environmental and biological controls on respiration processes in mature t...
Soil moisture deficits can reduce root respiration, but the effects have yet to be quantified at the...
A changing global climate may impact the respiration of fine roots. While many models adjust fine ro...
The response of root respiration to warmer soil can affect ecosystem carbon (C) allocation and the s...
Increasing global temperatures could potentially cause large increases in root respiration and assoc...
We examined fine-root ( \u3c 2.0 mm diameter) respiration throughout one growing season in four nor...
In warming climates, soil water content (SWC) may act as an important factor in determining belowgro...
Aims: Respiration of sugar maple (Acer saccharum) surface fine roots has been shown to partially acc...
Chronic N additions to forest ecosystems can enhance soil N availability, potentially leading to red...
The severity of future climate change resulting from anthropogenic alteration of the global C cycle ...
Soil moisture affects microbial decay of SOM and rhizosphere respiration (RR) in temperate forest so...
Terrestrial ecosystems can be important sinks for rising atmospheric carbon dioxide (CO$\sb2)$ level...
Drought has been shown to reduce soil respiration (SR) in previous studies. Meanwhile, studies of th...
Accurate estimates of root respiration are crucial to predicting below ground C cycling in forest ec...
Root respiration rates have been shown to be correlated with temperature and root N concentration in...
This thesis examines the environmental and biological controls on respiration processes in mature t...
Soil moisture deficits can reduce root respiration, but the effects have yet to be quantified at the...
A changing global climate may impact the respiration of fine roots. While many models adjust fine ro...
The response of root respiration to warmer soil can affect ecosystem carbon (C) allocation and the s...
Increasing global temperatures could potentially cause large increases in root respiration and assoc...
We examined fine-root ( \u3c 2.0 mm diameter) respiration throughout one growing season in four nor...
In warming climates, soil water content (SWC) may act as an important factor in determining belowgro...
Aims: Respiration of sugar maple (Acer saccharum) surface fine roots has been shown to partially acc...
Chronic N additions to forest ecosystems can enhance soil N availability, potentially leading to red...
The severity of future climate change resulting from anthropogenic alteration of the global C cycle ...
Soil moisture affects microbial decay of SOM and rhizosphere respiration (RR) in temperate forest so...
Terrestrial ecosystems can be important sinks for rising atmospheric carbon dioxide (CO$\sb2)$ level...
Drought has been shown to reduce soil respiration (SR) in previous studies. Meanwhile, studies of th...
Accurate estimates of root respiration are crucial to predicting below ground C cycling in forest ec...
Root respiration rates have been shown to be correlated with temperature and root N concentration in...
This thesis examines the environmental and biological controls on respiration processes in mature t...
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