Pete Homyak
@petehomyak.bsky.social
Ecosystem biogeochemistry | Associate Professor at UC Riverside | 2017 Ford postdoc fellow | bilingüe 🇨🇴🇺🇲| he/him | Views are my own
And with @alexkrichels.bsky.social now on Bluesky!
April 7, 2025 at 11:20 PM
And with @alexkrichels.bsky.social now on Bluesky!
Inducing severe water limitation may push drylands across “aridity tipping points” beyond which AOB are not stimulated by excess soil N availability, but AOA contributions to NO emissions persist. This caused nitrate to accumulate in soils, leading to the emission of N2O upon rewetting.
April 7, 2025 at 6:13 PM
Inducing severe water limitation may push drylands across “aridity tipping points” beyond which AOB are not stimulated by excess soil N availability, but AOA contributions to NO emissions persist. This caused nitrate to accumulate in soils, leading to the emission of N2O upon rewetting.
We found that both increasing and decreasing summer precipitation can favor AOB-derived NO emissions when soils wet up at the end of the summer, a period characterized by N loss across drylands.
April 7, 2025 at 6:13 PM
We found that both increasing and decreasing summer precipitation can favor AOB-derived NO emissions when soils wet up at the end of the summer, a period characterized by N loss across drylands.