Journal ArticleThe carbon-isotope composition of hair and feces offers a glimpse into the diets of mammalian herbivores. It is particularly useful for determining the relative consumption of browse and graze in tropical environments, as these foods have strongly divergent carbon-isotope compositions. Fecal ?13C values reflect the last few days consumption, whereas hair provides longer term dietary information. Previous studies have shown, however, that some fractionation occurs between dietary ?13C values and those of hair and feces
RATIONALE: A variety of metabolic, dietary and climatic influences on isotopic variation have been ...
Prairie deer mice are important predators in many agricultural systems, and through their diet they ...
Stable isotope measurements are increasingly being used to gain insights into the nutritional ecolog...
Carbon isotopic signatures recorded in vertebrate tissues derive from ingested food and thus reflect...
Stable carbon isotope analyses of vertebrate hard tissues such as bones, teeth, and tusks provide in...
Stable carbon isotope analyses of vertebrate hard tissues such as bones, teeth, and tusks provide in...
Faecal stable isotope compositions reflect wildlife diets, if digestive processes along the gastroin...
We analysed stable carbon isotope ratios (ð13C) in faeces of 11 African ungulate species from three ...
The stable carbon isotope composition of animal tissues represents the weighted sum of the variety o...
This study aimed to evaluate the possible utilization of carbon isotope enrichments (d13C) of n-alka...
Faecal analysis of diet in free-ranging mammals can provide insight into local habitat conditions by...
AbstractThe objective of this work was to evaluate carbon turnover and half-life in feces and blood ...
The influence of diet on the distribution of carbon isotopes in animals was investigated by analyzin...
We tested the reliability of herbivore faecal d13C and d15N values for reconstructing diet through r...
The stable carbon isotope technique has been widely used to infer the dietary ecology of a range of ...
RATIONALE: A variety of metabolic, dietary and climatic influences on isotopic variation have been ...
Prairie deer mice are important predators in many agricultural systems, and through their diet they ...
Stable isotope measurements are increasingly being used to gain insights into the nutritional ecolog...
Carbon isotopic signatures recorded in vertebrate tissues derive from ingested food and thus reflect...
Stable carbon isotope analyses of vertebrate hard tissues such as bones, teeth, and tusks provide in...
Stable carbon isotope analyses of vertebrate hard tissues such as bones, teeth, and tusks provide in...
Faecal stable isotope compositions reflect wildlife diets, if digestive processes along the gastroin...
We analysed stable carbon isotope ratios (ð13C) in faeces of 11 African ungulate species from three ...
The stable carbon isotope composition of animal tissues represents the weighted sum of the variety o...
This study aimed to evaluate the possible utilization of carbon isotope enrichments (d13C) of n-alka...
Faecal analysis of diet in free-ranging mammals can provide insight into local habitat conditions by...
AbstractThe objective of this work was to evaluate carbon turnover and half-life in feces and blood ...
The influence of diet on the distribution of carbon isotopes in animals was investigated by analyzin...
We tested the reliability of herbivore faecal d13C and d15N values for reconstructing diet through r...
The stable carbon isotope technique has been widely used to infer the dietary ecology of a range of ...
RATIONALE: A variety of metabolic, dietary and climatic influences on isotopic variation have been ...
Prairie deer mice are important predators in many agricultural systems, and through their diet they ...
Stable isotope measurements are increasingly being used to gain insights into the nutritional ecolog...