Zhuomin Chen

I am a physical oceanographer by training, but now with a diverse interdisciplinary background encompassing expertise in PO, marine BGC, ecology, and ESModeling

[UConn Men's Basketball @UConnMBB]

BACK TO BACK‼️

#EVERYTHING

[UConn @UConn]

As global temperatures rise, so do ocean temperatures – and UConn researchers are studying how these changes affect marine habitats. https://t.co/MP6gwG6BhS

[UConn Research @UConnResearch]

As global warming heats the world's oceans, marine species will seek cooler environments.

@UConnMarineSci researchers are working to improve forecasts of these habitat shifts. Their findings are published in @NatureComms.

https://t.co/sKJ8lx4UUE

[Zhuomin Chen @zchenocean]

I am thrilled to share our recent work just published about predicting marine habitat shifts by combining aerobic habitat constraints with initialized Earth System Model forecasts

[Nature Communications @NatureComms]

A study by @zchenocean, @OceanForecaster at al. show that multiyear #prediction of #marine #habitat shifts can be skillfully accomplished by combining aerobic habitat constraints with initialized Earth System Model #forecasts. @UConnMarineSci @NOAA_MAPP; https://t.co/nElaG2wKLi

[Nature Communications @NatureComms]

Here, @zchenocean, @OceanForecaster at al. show that multiyear #prediction of #marine #habitat shifts can be skillfully accomplished by combining aerobic habitat constraints with initialized Earth System Model #forecasts. @UConnMarineSci @NOAA_MAPP; https://t.co/nElaG2wcVK

[Nature Communications @NatureComms]

Combining #ocean #predictions with physiological understanding yields the ability to #forecast #marinehabitats multiple years into future. Mark Payne discusses @zchenocean et al's work and the challenges behind the regular production. https://t.co/T1sDG7AvA4

[Nature Communications @NatureComms]

Combining #ocean #predictions with physiological understanding yields the ability to #forecast #marinehabitats multiple years into future. Mark Payne discusses @zchenocean et al's work and the challenges behind the regular production. https://t.co/T1sDG7B3pC

[Nature Communications @NatureComms]

A study by @zchenocean, @OceanForecaster at al. show that multiyear #prediction of #marine #habitat shifts can be skillfully accomplished by combining aerobic habitat constraints with initialized Earth System Model #forecasts. @UConnMarineSci @NOAA_MAPP; https://t.co/nElaG2wKLi