Variation in isotopic trophic structure and fish diversity in mangrove systems subject to different levels of habitat modification in the Gulf of California, Mexico
FJ López-Rasgado, SE Lluch-Cota… - Bulletin of Marine …, 2016 - ingentaconnect.com
Anthropogenic modification of mangrove systems can lead to decreased habitat quality,
potentially affecting food web structure and ecosystem function. Based on carbon and
nitrogen stable isotopes, we evaluated the trophic structure of the fish communities from
three mangrove systems in southern Baja California, Mexico, subject to varying levels of
habitat modification. We hypothesized that anthropogenic habitat modification leads to
differences in niche space (and hence trophic structure). We applied a Bayesian approach …
potentially affecting food web structure and ecosystem function. Based on carbon and
nitrogen stable isotopes, we evaluated the trophic structure of the fish communities from
three mangrove systems in southern Baja California, Mexico, subject to varying levels of
habitat modification. We hypothesized that anthropogenic habitat modification leads to
differences in niche space (and hence trophic structure). We applied a Bayesian approach …
Variation in isotopic trophic structure and fish diversity in mangrove systems subject to different levels of habitat modification in the Gulf of California, Mexico
L Rasgado - sidalc.net
Anthropogenic modification of mangrove systems can lead to decreased habitat quality,
potentially affecting food web structure and ecosystem function. Based on carbon and
nitrogen stable isotopes, we evaluated the trophic structure of the fish communities from
three mangrove systems in southern Baja California, Mexico, subject to varying levels of
habitat modification. We hypothesized that anthropogenic habitat modification leads to
differences in niche space (and hence trophic structure). We applied a Bayesian approach …
potentially affecting food web structure and ecosystem function. Based on carbon and
nitrogen stable isotopes, we evaluated the trophic structure of the fish communities from
three mangrove systems in southern Baja California, Mexico, subject to varying levels of
habitat modification. We hypothesized that anthropogenic habitat modification leads to
differences in niche space (and hence trophic structure). We applied a Bayesian approach …
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