In the early spring of 1928, an Australian farmer named Jack Trott was plowing his land in preparation for the upcoming growing season. As he glanced backward, he noticed pale like flower structures being tossed into the air. He stopped his tractor to examine the specimens and found these amazing little subterraneous plants, with no green pigments at all... How exactly do these extremely rare orchids acquire their carbon demands? Spoiler alert, through the parasitism of mycorrhizal fungi.
Read moreFungi Friday; Baeospora myosura
Baeospora myosura has evolved a narrow feeding ecology by breaking down conifer cones. By becoming more specialized, this species escaped competition, allocating less energy and resources to defending its substrate, and more towards its reproductive effort.
Read moreNeighboring plants exert strong and counterintuitive effects on ant–plant mutualisms
Ant-plant mutualisms are thoroughly researched, but it is widely unknown just how neighboring 'competitor' plants influence these interactions. A recent publication reveals results that are counterintuitive, showing not only an interesting relationship within these savanna ecosystems, but just how important science is.
Read moreNorman Borlaug; rust’s worst nightmare.
Norman Borlaug is a name we should all know. He believed that food was a right to all, and that your origin of birth shouldn’t determine your access to food. Today I learned how he combated one of our greatest crop enemies; rust.
Read moreBogs and plant adaptations
Most plants form relationships with fungi. However, the acidic environment of bogs have changed the evolutionary trajectory of some plants, since their fungal mutualist isn't as functional in a low pH.
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