Learn how scientists use research to make predictions for how future ecosystems will function. Find out how present-day forests may soon resemble a more ancient past.
Read moreWillow interactions explain plant distributions in Alpine ecosystems.
These series of experiment that took two years to carry out paint a more descriptive picture of what we see in alpine ecosystems. Compared to aboveground interactions, underground interactions have a stronger influence on species distributions in alpine habitats. Once again, we see how strong a force competition is.
Read moreBelow-ground interactions cascade up to above-ground herbivores
This new research changes the way we look at mutualisms within the rhizosphere. Studies like this beg the question, what does symbiosis actually entail?
Read moreImplications of mycorrhizae; Increased CO2 levels enhance mineral weathering
A new negative interaction uncovered in the wake of increased CO2 emissions.
Read morePlant kin recognition and mycorrhizae
New research shows that some plants can recognize if their neighbor is closely related. Because of kin recognition in young plants of common ragweed, closely related neighbors do better by investing more in mycorrhizae. Although mycorrhizae didn't nutritionally benefit these plants, their fungal mutualist offered another type of fitness enhancing reward.
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