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Publications by Christopher D.G. Harley
Caprellid Amphipods (Caprella Spp.) Are Vulnerable to Both Physiological and Habitat-Mediated Effects of Ocean Acidification
PeerJ
Genetics
Molecular Biology
Biochemistry
Biological Sciences
Medicine
Agricultural
Neuroscience
Evaluation of Effective Shore Level as a Method of Characterizing Intertidal Wave Exposure Regimes
Limnology and Oceanography: Methods
Ocean Engineering
Related publications
Figure 2: Response of Caprellid Heart Rate to Ocean Acidification.
Community Structure of Caprellid Amphipods (Crustacea) on Seagrasses in Otsuchi Bay, Northeastern Japan, With Reference to the Association of Caprella Japonica (Schurin) and Phyllospadix Iwatensis Makino
Fisheries Science
Aquatic Science
Ocean Acidification Impacts on Coastal Ecosystem Services Due to Habitat Degradation
Emerging Topics in Life Sciences
A New Caprellid Amphipoda Caprella Nagaoi N. Sp. From Akkeshi Bay, Hokkaido
Nippon Suisan Gakkaishi
Aquatic Science
Ocean Acidification Can Mediate Biodiversity Shifts by Changing Biogenic Habitat
Nature Climate Change
Social Sciences
Environmental Science
The Physiological Response of the Deep-Sea Coral Solenosmilia Variabilis to Ocean Acidification
PeerJ
Genetics
Molecular Biology
Biochemistry
Biological Sciences
Medicine
Agricultural
Neuroscience
Transgenerational Exposure of North Atlantic Bivalves to Ocean Acidification Renders Offspring More Vulnerable to Low pH and Additional Stressors
Scientific Reports
Multidisciplinary
Societal Causes Of, and Responses To, Ocean Acidification
Ambio
Development
Ecology
Environmental Chemistry
Planning
Medicine
Geography
Ocean Acidification Increases the Sensitivity and Variability of Physiological Responses of an Intertidal Limpet to Thermal Stress
