Results 201 to 210 of about 313,658 (377)
Relative long‐term habitat condition was quantified to help direct conservation decision‐making. This time‐ and cost‐saving method is transferrable to other habitats with their own set of condition assessment indices to aid multiple conservation objective planning.
Leanne F. Tough+9 more
wiley +1 more source
PHOTOSYNTHETIC PIGMENTS OF THE PHYTOPLANKTON OF SOME CORAL REEF WATERS1 [PDF]
S. W. Jeffrey
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The microbiome of polychaetes Syllis prolifera and Platynereis massiliensis complex changes in naturally acidified CO2 vents. A slight degree of acidification is associated with relevant changes in the microbial community, stressing the importance of investigations about the possible effects of ocean acidification on key biological and ecological ...
Irene ARNOLDI+7 more
wiley +1 more source
Some hippolytid shrimps living in coral reefs of the West Pacific [PDF]
Sadayoshi Miyake, Kenichi Hayashi
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Methylome Profiling of a Deuterostome Invertebrate Using Oxford Nanopore Technology (ONT)
ABSTRACT DNA methylation is crucial for genome regulation and provides key insights into the interaction between genetics and environmental factors, offering valuable perspectives for ecological research. However, knowledge of DNA methylation patterns in nonmodel invertebrates remains limited.
Sarah Lok Ting Kwong+4 more
wiley +1 more source
OBSERVATIONS ON <italic>PEDUM SPONDYLOIDEUM</italic> (CHEMNITZ) GMELIN, A SCALLOP ASSOCIATED WITH REEF-BUILDING CORALS [PDF]
C. M. Yonge
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Abstract Conservation of marine ecosystems can be improved through a better understanding of ecosystem functioning, particularly the cryptic underwater behaviours and interactions of marine predators. Image‐based bio‐logging devices (including images, videos and active acoustic) are increasingly used to monitor wildlife movements, foraging behaviours ...
Marianna Chimienti+14 more
wiley +1 more source
Coral Reefs, by Lois & Louis Darling. Methuen, 15s. [PDF]
Maurice Burton
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Measuring critical thermal maximum in aquatic ectotherms: A practical guide
Abstract Critical thermal limits, commonly quantified as CTmax (maximum) or CTmin (minimum), are core metrics in the thermal biology of aquatic ectotherms. CTmax, in particular, has recently surged in popularity due to its various applications, including understanding and predicting the responses of animals to climate warming.
Graham D. Raby+22 more
wiley +1 more source