@RichPhillipsLab@ecoevo.social

Joined November 2015
Photos and videos
I love hearing stories like this. Young people taking an interest in fungi while trying to solve environmental problems. Keep at it Gloria!
Bloomington eighth-grader Gloria Chi is turning used coffee grounds from local cafes into oyster mushrooms through her nonprofit, Fungi For Future. Read more: ipm.org/news/2026-05-20/eigh…
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Rich Phillips retweeted
Bloomington eighth-grader Gloria Chi is turning used coffee grounds from local cafes into oyster mushrooms through her nonprofit, Fungi For Future. Read more: ipm.org/news/2026-05-20/eigh…
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Rich Phillips retweeted
May 15
Biologists at Indiana University Bloomington have been locked out of their labs for more than a week, after the university suddenly changed locks on its biology building on 7 May. The move comes amid an investigation by the US government. go.nature.com/4dAr9oe

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Breaking news: Indiana University plant microbiologist Roger Innes has been locked out of his laboratory by the school in response to a request by one of his federal funders. The move comes after Innes complained about the government’s prosecution of Chinese postdocs. scim.ag/4u133d3
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BREAKING: The USDA told IU to lock down the lab of Professor Roger Innes, a biologist and former employer of deported Chinese postdoc Youhuang Xiang. Three other labs were locked down at the same time as well as several offices @WFIUWTIUNews ipm.org/news/2026-05-08/iu-l…
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Plant Ecology in a Changing World also provides online student and instructor resources, supplemental materials, problem sets, study and exam questions, essays, and models. Explore and learn more at Http://plantecology.site Please visit today.
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Even though transience is part of lab culture, it’s still hard to say goodbye. This summer we bid adieu to long-time lab manager Elizabeth Huenupi, tech Zoe Worman & post-doc Daniel Beverly. Thanks for helping us do amazing science and bringing kindness & generosity to the lab!
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🚨Interested in plants, microbes & biogeochemistry? If yes, ya'll have 2d to submit your abstract to our session "B088: The Effect of Plant Communities and Their Microbial Associations on Soil Biogeochemistry" agu.confex.com/agu/agu25/pre… Convened by @carboncaitlin Amelia Fitch & me

ALT Dance Party Dancing GIF by Xbox

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13 Jul 2025
New TSMP: EXERCISE AS MIRACLE DRUG Two big studies in the last 12 months: 1. Euan Ashley, the chair of medicine at Stanford, and a team of bioinformatics researchers put rats on treadmills, cut into their tissues, and found that exercise basically improved every measurable system, including metabolism, mitochondrial function, immunity, inflammation, and tissue-specific adaptation. He has estimated that "one minute of exercise, on average, extends one's life by five minutes." 2. In a recent NEJM study, 900 patients who had undergone surgery on their advanced colon cancer were randomly assigned to two groups: a “structured exercise program" vs. a control group. The exercise group saw “significantly” more years without cancer, a 7 percentage point increase in the overall survival rate after 8 years, and a dramatic reduction in new primary cancers. The MAHA movement, and RFK's weird antagonism toward vaccines and therapies, has polarized aspects of healthy living as anti-science woo-woo, in some circles, But exercise is probably the single most potent medical invention ever devised—more broadly effective, at a population level, than any medicine discovered in the natural world or created in a laboratory.
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Rich Phillips retweeted
📜New on our blog: NSF DEB is reaffirming its commitment to ecological research, with updates on funding, engagement opportunities, and proposal tips. Don’t miss your chance to connect — DEB Program Officers will be at the Annual Meeting this August! esa.org/esablog/2025/06/24/n…
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Rich Phillips retweeted
Growth–Mortality Coordination Differs Among Xerophytic Versus Mesophytic Tree Species During Severe Drought 🔗 buff.ly/EusvJo2
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Exciting new work from the amazin’ @BeidlerKatilyn & @UMNFuN. Much of the OM that “sticks” to minerals comes from dead fungi. But what controls formation rates: input chemistry, mineral reactivity or microbes involved in hyphal decay? authors.elsevier.com/c/1l7Zt…

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We found 1) most variation in MAOM related to FeOx (60-68%), 2) bacterial diversity contributes to MAOM when low (but not high) melanin necromass is present, 3) low melanin forms MAOM more readily than high melanin necromass, & 4) necromass N forms 7x more MAOM than necromass C
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What’s it all mean? Lots of factors controls MAOM formation! That different factors control C & N stabilization to minerals - microbial synthesis for N; direct sorption for C – also means that efforts to increase soil C storage may not necessarily increase N retention.
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Just published in Soil Biology and Biochemistry and well done Dr Manon @RumeauManon, funded by @NERCscience and @BIFoRUoB . @LES_UniBham Root exudate stoichiometry is a key driver of soil N cycling: implicat... sciencedirect.com/science/ar…
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This took a minute but excited to share it now link.springer.com/10.1007/s0… Trees get N by resorbing from foliage & foraging in soil - but are the two coordinated? We tested hypotheses abt relationships btwn resorption & root production for 12 spp in mature forests & 9 spp in a garden
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Trees in the garden that resorbed more N produced more roots indicating resorption patterns can cascade to affect litter qual & N availability. In mature stands, we couldn't detect resorption-root relationships despite a strong neg relationship btwn resorption and litter quality.
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So? N resorption has consequences for plant economics & litter-soil-nutrient feedbacks. Given that root foraging is not the only way to acquire soil N, detecting AG-BG trait linkages in forests may require accounting for myco symbionts, tree neighborhoods and site fertility.
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