RT @ryanbstephens: Our paper on carbon flux to mycorrhizal fungi was published this month in @EcosystemsJ. We found that carbon allocation…
RT @ryanbstephens: Our paper on carbon flux to mycorrhizal fungi was published this month in @EcosystemsJ. We found that carbon allocation…
If I wasn't a wildlife ecologist, I'd study mycorrhizal fungi in forests. This is really cool stuff.
RT @ryanbstephens: Our paper on carbon flux to mycorrhizal fungi was published this month in @EcosystemsJ. We found that carbon allocation…
RT @ryanbstephens: Our paper on carbon flux to mycorrhizal fungi was published this month in @EcosystemsJ. We found that carbon allocation…
RT @ryanbstephens: Our paper on carbon flux to mycorrhizal fungi was published this month in @EcosystemsJ. We found that carbon allocation…
RT @ryanbstephens: Our paper on carbon flux to mycorrhizal fungi was published this month in @EcosystemsJ. We found that carbon allocation…
Our paper on carbon flux to mycorrhizal fungi was published this month in @EcosystemsJ. We found that carbon allocation to mycorrhizal fungi varies by forest type and that nearly 50% of carbon is allocated to mycorrhizal fungi in conifer dominated stands.
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
RT @RossGuerrieri: Excellent work from colleagues @UNHEOS about dynamics of C allocation to EMC fungi in different forest stands and at dif…
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
Excellent work from colleagues @UNHEOS about dynamics of C allocation to EMC fungi in different forest stands and at different N availability. @AndrewOuimette @ScottOllinger and Erik Hobbie!
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
So cool!
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
RT @colinaverill: Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can…
Awesome analysis of tree C allocation to ectomycorrhizal fungi from Andy Ouimette, Erik Hobbie and colleagues. Plants can allocate more C to ECM fungi than fine roots or foliage! https://t.co/sVRaDhFSvZ https://t.co/ZpHVxnm9ky