Chris Field(@chrfield) 's Twitter Profileg
Chris Field

@chrfield

Director, Stanford Woods Institute for the Environment
On Mastodon: @[email protected]

ID:277320871

linkhttp://woods.stanford.edu calendar_today05-04-2011 03:58:11

1,4K Tweets

5,6K Followers

179 Following

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New in NatureEcoEvo: Study maps global locations of critical natural assets. Shows that conserving 30% of global land & 24% of coastal waters would sustain 90% of nature’s current contribution to people. Collab led by Institute on the Environment UMN w/ Natural Capital Project. Read: go.nature.com/3AYyGdQ

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Paper in @natureecoevo develops a framework to assess the role that various social cues play in animal's migration decisions. Applies framework to existing cases documenting the influence of social cues on the timing of animal migration.
go.nature.com/3hADoaM Hopkins Marine Station Stanford University

Paper in @natureecoevo develops a framework to assess the role that various social cues play in animal's migration decisions. Applies framework to existing cases documenting the influence of social cues on the timing of animal migration. go.nature.com/3hADoaM @HopkinsMarine
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Study in @naturecomms reveals ingestion by filter-feeding whales is likely 10 million pieces/day. Combines depth-integrated microplastic data w/ foraging measurements from 191 blue, fin, & humpback whales: go.nature.com/3E3Yt4U @hopkinsmarine

Study in @naturecomms reveals #microplastics ingestion by filter-feeding whales is likely 10 million pieces/day. Combines depth-integrated microplastic data w/ foraging measurements from 191 blue, fin, & humpback whales: go.nature.com/3E3Yt4U @hopkinsmarine
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New in Nature Communications: Beaver dams positively influence water quality in mountain watersheds, overshadowing climatic extremes. Warmer weather -> more beavers -> more dams -> removal of nitrate that would otherwise lead to water quality degradation: go.nature.com/3E6IFOT

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From David J. Hayes: an insider’s view on the Biden administration’s resilience strategy - how the US federal government is approaching major climate risks. Important context for current adaptation conversations at .
Read: stanford.io/3UoaFVc

From @djhayes01: an insider’s view on the Biden administration’s #climate resilience strategy - how the US federal government is approaching major climate risks. Important context for current adaptation conversations at #COP27. Read: stanford.io/3UoaFVc
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New PNASNews from Rjp Schmitt @lorenzorosa1992 & Gretchen Daily @natcapproject: Study quantifies h2o storage required to maximize crop irrigation w/o depleting water stocks or nature. Finds dams also store 50%+ of needed h2o, but notes dam drawbacks: bit.ly/3GlvpsJ

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New in The Lancet Planetary Health: Analysis from Stanford University, Princeton University, et al. explores direct vs environmental disease drivers. Finds 80% of pathogens are environmentally mediated, supporting the need for more research on solutions to human diseases: bit.ly/3fYjzKg

New in @TheLancetPlanet: Analysis from @Stanford, @Princeton, et al. explores direct vs environmental disease drivers. Finds 80% of pathogens are environmentally mediated, supporting the need for more research on #environmental solutions to human diseases: bit.ly/3fYjzKg
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New from David Lobell et al. in Global Change Biology: Cover crops reduce maize & soybean yields in U.S. Corn Belt. Study suggests cover cropping could lead to negative impacts despite being encouraged as a method of carbon sequestration: bit.ly/3G85F2y

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Fighting fire with fire 🔥 Experts Rana Sarkar, Amy Christianson, Alexandra Konings, & Frank Lake discussed the growing threat of and a path to resiliency w/ moderator Chris Field.
Watch the webinar 🎞️ bit.ly/3Dvso5N
Read insights💡stanford.io/3UnHEbE

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New in Annual Reviews: Comprehensive review from Noah Diffenbaugh examines observed and hypothesized enviro impacts of the COVID-19 pandemic; finds acute risks to many terrestrial and marine ecosystems and communities that depend on them. bit.ly/3z9zCeB

New in @AnnualReviews: Comprehensive review from Noah Diffenbaugh examines observed and hypothesized enviro impacts of the COVID-19 pandemic; finds acute risks to many terrestrial and marine ecosystems and communities that depend on them. bit.ly/3z9zCeB
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New in SRA - Society for Risk Analysis from Wong-Parodi Group and others: Exposure to traditional media (TV, radio, etc.) predicts mitigation behaviors for both COVID-19 & hurricanes, but exposure to social media does not. bit.ly/3ML5ADh

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New The ISME Journal study on microbial activity off the coast from Anne Dekas, Nestor Arandia-Gorostidi & Alma Parada. Study detects activity throughout the water column & exceeds previous estimates for the proportion of active cells in the deep sea. go.nature.com/3embNZT

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New Marine Policy paper from scientists at Stanford Center for Ocean Solutions @natcapproject & @Hopkinsmarine offers an understanding of the compounding risks posed by multiple interacting ocean stressors & a framework for policymakers to integrate into decision-making: bit.ly/3RFVp3H

New @PolicyMarine paper from scientists at @oceansolutions @natcapproject & @Hopkinsmarine offers an understanding of the compounding risks posed by multiple interacting ocean stressors & a framework for policymakers to integrate into decision-making: bit.ly/3RFVp3H
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.Bill Gates visited @Stanforddoerr to learn how our researchers are tackling climate challenges. He met faculty affiliate William Tarpeh, who transforms sewage into valuable products. Read more about Tarpeh's work ➡️ stanford.io/3Rz9sIB

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New NatureSustainability paper quantifies a social cost of US : smoke exposure reduces test scores. (Fixed-effects regression models controlled for confounds like temp & precipitation). From Jeff Wen & Marshall Burke StanfordECHOLab: go.nature.com/3e8wgBd

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New @PNASnews: models show the effectiveness of stratospheric aerosol injection (SAI) could be hidden by the natural variability of Earth’s climate. In the decade after SAI, many regions could still experience even higher local temps: bit.ly/3fpsZgV

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New paper Frontiers of Agricultural Science and Engineering predicts that increasing temporal variability in precipitation will reduce crop yields & increase nitrogen losses. This is expected & observed to occur w/ anthropogenic : bit.ly/3ffXpCv

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