Tidal marshes as energy sources for commercially important nektonic organisms: Stable isotope analysis

Agriculture & Biology

• salt marshes 100%
• stable isotopes 90%
• Spartina alterniflora 87%
• microalgae 82%
• Yangtze River 56%
• C4 plants 52%
• C3 plants 52%
• energy 51%
• organisms 49%
• vascular plants 44%
• estuaries 44%
• Chelon 39%
• Lateolabrax 37%
• nekton 35%
• Scirpus 32%
• aquatic food webs 31%
• particulate organic matter 30%
• carbon 28%
• total organic carbon 27%
• Phragmites australis 26%
• food webs 24%
• marshes 22%
• isotopes 22%
• fisheries 20%
• ecosystems 16%
• China 13%
• habitats 12%

Earth & Environmental Sciences

• marsh 83%
• energy source 83%
• stable isotope 73%
• organism 59%
• C4 plant 46%
• C3 plant 46%
• vascular plant 39%
• food web 32%
• estuary 26%
• nekton 24%
• fishery production 24%
• commercial species 24%
• food 23%
• analysis 23%
• estuarine ecosystem 22%
• carbon 19%
• particulate organic matter 19%
• river 16%
• total organic carbon 16%
• isotope 12%
• habitat 10%