Epiphyte type and sampling height impact mesofauna communities in Douglas-fir trees
Why? Why not? @BehindThisLens
2634 days ago
RT @Texosporium: Tardigrade alert! We found that different tardigrade communities live on different lichen & moss functional groups in tree…
repost on X
Kelly Brenner @MetroFieldGuide
2634 days ago
RT @Texosporium: Tardigrade alert! We found that different tardigrade communities live on different lichen & moss functional groups in tree…
Mya Breitbart @virome_girl
2635 days ago
RT @Texosporium: Tardigrade alert! We found that different tardigrade communities live on different lichen & moss functional groups in tree…
PeerJ — Life and Environment Journal @thePeerJ
2635 days ago
RT @Texosporium: Tardigrade alert! We found that different tardigrade communities live on different lichen & moss functional groups in tree…
Klara Scharnagl @thelichenlady
2635 days ago
RT @Texosporium: Tardigrade alert! We found that different tardigrade communities live on different lichen & moss functional groups in tree…
Vero X. Y. Zero @zerology
2636 days ago
RT @Texosporium: Tardigrade alert! We found that different tardigrade communities live on different lichen & moss functional groups in tree…
Quinn Sorenson @qmsorenson
2636 days ago
RT @Texosporium: Tardigrade alert! We found that different tardigrade communities live on different lichen & moss functional groups in tree…
Jesse Miller @Texosporium
2636 days ago
Tardigrade alert! We found that different tardigrade communities live on different lichen & moss functional groups in trees. May explain why there are different tardigrades at different heights in forest canopies. https://t.co/gSKftiZIMh
PeerJ — Life and Environment Journal @thePeerJ
2638 days ago
Epiphyte type and sampling height impact mesofauna communities in Douglas-fir trees https://t.co/qK0K2pAard https://t.co/pRn7i8QpKR