Predicting biological invasions in marinehabitats through eco-physiological mechanistic models: a case study with the bivalve Brachidontes pharaonis

Agriculture & Biology

• mechanistic models 100%
• Bivalvia 77%
• case studies 66%
• ecophysiology 48%
• energy 46%
• mussels 39%
• invasive species 39%
• water temperature 36%
• reproductive performance 34%
• niches 34%
• ecology 28%
• prediction 26%
• habitats 22%
• methodology 10%

Earth & Environmental Sciences

• biological invasion 99%
• bivalve 75%
• energy budget 57%
• ecology 40%
• invasive species 27%
• niche 24%
• satellite imagery 24%
• water temperature 22%
• habitat 16%
• prediction 12%
• distribution 9%
• analysis 6%
• method 5%