Trophic interactions have been a popular research subject among ecologists for decades because understanding the structure of food webs is essential in understanding consumer-resource interactions and complex ecosystems. Consumer diet estimation with biological tracer-based mixing models is an important and recently rapidly developing tool for deciphering aquatic food webs. Bayesian frameworks have been introduced to estimate diets accurately with stable isotope proportions. The low quantity of different stable isotope tracers, however, limits greatly the diet estimation accuracy of complex consumer diets. Therefore, fatty acids have been used as biological tracers to multiply the quantity of tracers in the Bayesian mixing models. ...
Climate change and intense land-use activities are promoting lake eutrophication and browning, affec...
We evaluated how cyanobacteria bloom, driven by agricultural eutrophication (defined as an increase ...
Freshwater food web studies: a plea for multiple tracer approach Food webs are complex systems of in...
<div><p>We modified the stable isotope mixing model MixSIR to infer primary producer contributions t...
We modified the stable isotope mixing model MixSIR to infer primary producer contributions to consum...
We modified the stable isotope mixing model MixSIR to infer primary producer contributions to consum...
The study of the trophic relationships of aquatic animals requires correct estimates of their diets....
Briefly, We sought to test if fatty acids can be used to quantify diets of fish when the diets are c...
International audienceFood-web modelling is a key tool to provide a global and comprehensive knowled...
The motivation for this study comes from the special challenges confronting ecologists needing to kn...
Estimations of the trophic position (TP) and the food web nitrogen baseline from compound-specific i...
Abstract Quantitative fatty acid signature analysis (QFASA) as a biochemical tool to study the diet ...
1.Food web structure is a fundamental feature of ecosystems. Stable isotopes (δ15N and δ13C) are use...
Estimations of the trophic position (TP) and the food web nitrogen baseline from compound-specific i...
Food webs are structured by intricate nodes of species interactions which govern the flow of organic...
Climate change and intense land-use activities are promoting lake eutrophication and browning, affec...
We evaluated how cyanobacteria bloom, driven by agricultural eutrophication (defined as an increase ...
Freshwater food web studies: a plea for multiple tracer approach Food webs are complex systems of in...
<div><p>We modified the stable isotope mixing model MixSIR to infer primary producer contributions t...
We modified the stable isotope mixing model MixSIR to infer primary producer contributions to consum...
We modified the stable isotope mixing model MixSIR to infer primary producer contributions to consum...
The study of the trophic relationships of aquatic animals requires correct estimates of their diets....
Briefly, We sought to test if fatty acids can be used to quantify diets of fish when the diets are c...
International audienceFood-web modelling is a key tool to provide a global and comprehensive knowled...
The motivation for this study comes from the special challenges confronting ecologists needing to kn...
Estimations of the trophic position (TP) and the food web nitrogen baseline from compound-specific i...
Abstract Quantitative fatty acid signature analysis (QFASA) as a biochemical tool to study the diet ...
1.Food web structure is a fundamental feature of ecosystems. Stable isotopes (δ15N and δ13C) are use...
Estimations of the trophic position (TP) and the food web nitrogen baseline from compound-specific i...
Food webs are structured by intricate nodes of species interactions which govern the flow of organic...
Climate change and intense land-use activities are promoting lake eutrophication and browning, affec...
We evaluated how cyanobacteria bloom, driven by agricultural eutrophication (defined as an increase ...
Freshwater food web studies: a plea for multiple tracer approach Food webs are complex systems of in...