RT @NewPhyt: Lithological constraints on resource economies shape the #mycorrhizal composition of a #Bornean rain forest 🍄🌴 @moniqueweemstr…
RT @moniqueweemstra: Yay!! Here's our paper where we show that soil lithology (as underlying driver of soil fertility) explains much of the…
RT @NewPhyt: Lithological constraints on resource economies shape the #mycorrhizal composition of a #Bornean rain forest 🍄🌴 @moniqueweemstr…
RT @mrillig: Lithological constraints on resource economies shape the #mycorrhizal composition of a Bornean rain forest https://t.co/AFh2f…
Lithological constraints on resource economies shape the #mycorrhizal composition of a Bornean rain forest https://t.co/AFh2f5iD9h
RT @NewPhyt: Lithological constraints on resource economies shape the #mycorrhizal composition of a #Bornean rain forest 🍄🌴 @moniqueweemstr…
RT @moniqueweemstra: Yay!! Here's our paper where we show that soil lithology (as underlying driver of soil fertility) explains much of the…
RT @NewPhyt: Lithological constraints on resource economies shape the #mycorrhizal composition of a #Bornean rain forest 🍄🌴 @moniqueweemstr…
RT @NewPhyt: Lithological constraints on resource economies shape the #mycorrhizal composition of a #Bornean rain forest 🍄🌴 @moniqueweemstr…
Lithological constraints on resource economies shape the #mycorrhizal composition of a #Bornean rain forest 🍄🌴 @moniqueweemstra @UNLsbs @ForestGEO @UNL_PSI @NE_CRRI https://t.co/HR0b5pke5t https://t.co/iOZC7OwLtI
New paper from the Russo lab describes factors influencing the mycorrhizal composition of a Bornean rain forest. @UNLsbs @UNLresearch https://t.co/EPLc51NEXV
RT @ForestGEO: On a global scale there is extensive variation in mycorrhizal composition of forests, which complicates predicting carbon &…
RT @ForestGEO: On a global scale there is extensive variation in mycorrhizal composition of forests, which complicates predicting carbon &…
RT @ForestGEO: On a global scale there is extensive variation in mycorrhizal composition of forests, which complicates predicting carbon &…
On a global scale there is extensive variation in mycorrhizal composition of forests, which complicates predicting carbon & nutrient cycling in ESMs. A new paper by @moniqueweemstra, et al. is an important step forward (& uses data from Lambir, Ma
RT @NewPhyt: Read some of the recent accepted articles published in New Phytologist 🌱🌱 👉 Weemstra et al. #mycorrhiza #rainforest https://t…
RT @JGvanPaassen: Paper accepted, lay-outed version coming soon! In the meantime: here's the stunning fieldsite ( 📷Andrea Britton) https://…
RT @JGvanPaassen: Paper accepted, lay-outed version coming soon! In the meantime: here's the stunning fieldsite ( 📷Andrea Britton) https://…
RT @JGvanPaassen: Paper accepted, lay-outed version coming soon! In the meantime: here's the stunning fieldsite ( 📷Andrea Britton) https://…
RT @JGvanPaassen: Paper accepted, lay-outed version coming soon! In the meantime: here's the stunning fieldsite ( 📷Andrea Britton) https://…
Paper accepted, lay-outed version coming soon! In the meantime: here's the stunning fieldsite ( 📷Andrea Britton) https://t.co/bEQysiT5Cr
RT @NewPhyt: Read some of the recent accepted articles published in New Phytologist 🌱🌱 👉 Weemstra et al. #mycorrhiza #rainforest https://t…
Read some of the recent accepted articles published in New Phytologist 🌱🌱 👉 Weemstra et al. #mycorrhiza #rainforest https://t.co/vvZEsIpSe3 👉 Miao et al. #ABA #rice #drought https://t.co/suq16fNFFm 👉 van Paassen et al. #heathland #NutrientCycling https
Lithological constraints on resource economies shape the mycorrhizal composition of a Bornean rain forest. https://t.co/UZMRH2TJaE