Does warming by open-top chambers induce change in the root-associated fungal community of the arctic dwarf shrub Cassiope tetragona (Ericaceae)?

Medicine & Life Sciences

• Ericaceae 100%
• Mycobiome 85%
• Fungi 47%
• Climate Change 36%
• Symbiosis 35%
• Ecosystem 28%
• Carbon Sequestration 28%
• Cortinarius 25%
• Svalbard 24%
• Meristem 20%
• Basidiomycota 19%
• Agaricales 16%
• Climate 14%
• Microscopy 10%
• DNA 7%

Agriculture & Biology

• Tetragona 81%
• Ericaceae 66%
• fungal communities 60%
• Arctic region 54%
• shrubs 44%
• fungi 15%
• symbiosis 12%
• Clavaria 11%
• Sebacinales 11%
• climate change 10%
• Mycena 10%
• ecosystems 9%
• Cortinarius 9%
• Agaricales 8%
• carbon sequestration 7%
• DNA barcoding 7%
• spatial variation 7%
• root tips 6%
• Basidiomycota 6%
• Norway 6%
• symbionts 6%
• microscopy 5%
• climate 5%
• sampling 2%

Earth & Environmental Sciences

• open-top chamber 76%
• shrub 47%
• warming 40%
• fungus 26%
• symbiosis 17%
• Arctic ecosystem 10%
• symbiont 8%
• climate change 8%
• carbon sequestration 6%
• plant species 6%
• microscopy 6%
• DNA 6%
• spatial variation 6%
• family 5%
• ecosystem 4%
• sampling 4%
• climate 4%
• need 3%
• effect 3%