Excited to share that our paper “Climate Benefit and Ecological Cost Trade-offs for Ocean Iron Fertilization” has been published in Nature🌊🌍 Many thanks to my for contributing authors for their insightful discussion, help and support!

Nature Portfolio@natureportfolio.nature.com · 6d ago

Deploying ocean iron fertilization — a strategy for carbon dioxide capture — in higher latitudes rather than near the equator could reduce environmental impacts while still achieving removal of carbon dioxide from the atmosphere, according to a study in Nature. go.nature.com/4hJtalk 🌎🌊🧪

To those who are attending this year's AGU conference, please consider submitting an abstract to our session on Biosphere-Atmosphere Interactions in urban areas. The abstract deadline is 30 July 2025. Hope to see some of your there! @huiwangisop.bsky.social @evayp.bsky.social @qzhu.bsky.social

Check out the latest research from our group at UC Irvine. We show that some plants (e.g., sedges and cypresses) can significantly increase their volatile emissions during a heatwave and adversely impact air quality. #BVOC @huiwangisop.bsky.social ps.uci.edu/news/3258

When Green Turns Gray: How Heatwaves Turn Plants into Unexpected Polluters

New UC Irvine research reveals how extreme heat events can make everyday greenery a hidden contributor to air pollution.

ps.uci.edu

Dear colleagues, I would like to use my first Bluesky post to share our highlighted paper in PNAS about the discovery of a strong temperature response, with a Q10 over 7, for isoprene emissions from sedges and their role in affecting air quality during heat waves. www.pnas.org/doi/abs/10.1...

Heat waves may trigger unexpected surge in aerosol and ozone precursor emissions from sedges in urban landscapes | PNAS

Biogenic isoprene emissions from herbaceous plants are generally lower than those from trees. However, our study finds widespread isoprene emission...

pnas.org