To test why mangrove crabs store leaf litter inside their burrows, we study the effect of burying mangrove leaf litter of two different species (Bruguiera gymnorhiza, Ceriops tagal; both Rhizophoraceae) on leaf toughness, phenolic content and digestibility of the litter to the crab Neosamartium asiaticum (Sesarmidae) in a simplified lab environment. Freshly fallen leaves of two common mangrove species, Bruguiera gymnorhiza and Ceriops tagal, were left for two weeks either inside burrows used by N. asiaticum, or on top of the substratum, before they were offered to the crabs as food
Quantitative data on leaf litter removal activity of macrozoobenthic organisms in the mangrove fores...
Mangrove crabs influence ecosystem processes through bioturbation and/or litter feeding. In Brazilia...
This study provides the first quantification of the population food intake of the litter-consuming m...
Abstract Many mangrove crab species drag freshly fallen leaf litter into their burrows and store it ...
Pathways and rates of decomposition of detrital matter partly depend on its chemical composition. Di...
The release of nutrients and anti-nutrients from mangrove leaf litter plays an important role in the...
International audienceThe influence of the crab Parasesarma erythrodactyla on the entry of the organ...
As marine plastic debris is primarily sourced from terrestrial input, coastal environments are parti...
Neosarmatium meinerti is a crab which commonly inhabits the landward Avicennia marina fringe in East...
This study evaluated the decomposition process of leaf litter from the main Brazilian mangrove speci...
In tropical mangroves, brachyuran crabs have been observed to consume high percentages of leaf litte...
In high-diversity tropical mangrove swamps, the relationship between the breakdown to detritus of ma...
The presence of mangrove trees and crab burrows potentially contribute to localized variation in sed...
The stomachs of 194 crabs belonging to 11 species, commonly inhabiting mangrove areas, were collecte...
Mangrove crabs influence ecosystem processes through bioturbation and/or litter feeding. In Brazilia...
Quantitative data on leaf litter removal activity of macrozoobenthic organisms in the mangrove fores...
Mangrove crabs influence ecosystem processes through bioturbation and/or litter feeding. In Brazilia...
This study provides the first quantification of the population food intake of the litter-consuming m...
Abstract Many mangrove crab species drag freshly fallen leaf litter into their burrows and store it ...
Pathways and rates of decomposition of detrital matter partly depend on its chemical composition. Di...
The release of nutrients and anti-nutrients from mangrove leaf litter plays an important role in the...
International audienceThe influence of the crab Parasesarma erythrodactyla on the entry of the organ...
As marine plastic debris is primarily sourced from terrestrial input, coastal environments are parti...
Neosarmatium meinerti is a crab which commonly inhabits the landward Avicennia marina fringe in East...
This study evaluated the decomposition process of leaf litter from the main Brazilian mangrove speci...
In tropical mangroves, brachyuran crabs have been observed to consume high percentages of leaf litte...
In high-diversity tropical mangrove swamps, the relationship between the breakdown to detritus of ma...
The presence of mangrove trees and crab burrows potentially contribute to localized variation in sed...
The stomachs of 194 crabs belonging to 11 species, commonly inhabiting mangrove areas, were collecte...
Mangrove crabs influence ecosystem processes through bioturbation and/or litter feeding. In Brazilia...
Quantitative data on leaf litter removal activity of macrozoobenthic organisms in the mangrove fores...
Mangrove crabs influence ecosystem processes through bioturbation and/or litter feeding. In Brazilia...
This study provides the first quantification of the population food intake of the litter-consuming m...