Lauren McPhillips

@lmcp.bsky.social

Assistant Prof @ Penn State; into water, soils, infrastructure, nature-based solutions, sustainability, biking, looking at the bright side. mom of 2 energetic humans. Alum of Cornell/ USGS/ ASU. she/her. https://sites.psu.edu/lmcphillips/

They're terminating OPT. Today the nominee to head USCIS stated directly: he will end Optional Practical Training, the single largest channel for high-skill immigrants to work in the US. 6 weeks ago I warned about this & summarized the research on impacts of this drastic action—> @piie.com

Skilled immigration on the chopping block? Effects of eliminating "Optional Practical Training" in the US

The White House has taken numerous steps to sharply reduce the number of immigrant workers, with or without legal status, in the US economy. These policies, so far, typically target immigrants with le...

piie.com

On a day when all research grants at Harvard were terminated, and in a context where Congress seems to broadly accept the notion that destroying science and health research in the US is fine, it’s worth noting that this is not what the public wants.

Jacquelyn Gill@jacquelyngill.bsky.social · last yr.

The American public is broadly supportive of maintaining federal science and medical research funding, and against punishing universities by taking their funding away, according to a new poll:

Nature reports that the National Science Foundation has stopped awarding new grants and allotting funds to existing ones. All of them. @colincarlson.bsky.social says that unless the freeze is lifted, it “is going to destroy people's labs.” 2/10 www.nature.com/articles/d41...

Exclusive: NSF stops awarding new grants and funding existing ones

US science funder also plans to screen grant applications for compliance with ‘agency priorities’.

nature.com

🚨 Another major round of #NSF terminations today 😞. Please report and encourage your colleagues to as well! We need this info to shed light on the damage caused, and to organize and advocate for science that includes and benefits all. airtable.com/appGKlSVeXni... 🧪

Noam Ross@noamross.net · last yr.

🚨Report your NSF grant terminations! 🚨 We are starting to collect information on NSF grant terminations to create a shared resource as we have for NIH. The more information we collect, the more we can organize, advocate, and fight back! Please share widely! airtable.com/appGKlSVeXni...

NSF Grant Termination Information Collection Form

Please use this form to submit information identifying specific NSF grants that have been cancelled for any reason after January 20, 2025.


We are tracking these grants to increase transparency, organize affected PIs, and facilitate responses, including via litigation. Please share the form as widely as possible with your networks. 


We are actively building a pipeline to organize these terminations and will soon have a tracker akin to our NIH grant tracker at https://airtable.com/appjhyo9NTvJLocRy/shrNto1NNp9eJlgpA


WE WILL NOT DISCLOSE THE IDENTITY OF ANYONE WHO USES THIS FORM TO PROVIDE INFORMATION. We will keep your identity confidential.


These resources are maintained by Noam Ross of rOpenSci and Scott Delaney of the Harvard T.H. Chan School of Public Health, with input and support from additional volunteers. For any questions, please contact Scott Delaney on Signal (sdelaney.84).


THANK YOU FOR YOUR ASSISTANCE!

Intriguing trends in grey vs green stormwater infra strategies in the new ASCE infra report card. "Although green infrastructure is critical in addressing localized drainage and water quality, these systems cannot provide sufficient capacity to manage large-scale stormwater events."

graph of grey and green infrastructure showing increase of green infra in 2017 and then decrease, while increase in grey infra since 2018

“This communicative aspect, now embodied in the science communication movement, must become a formal technical frontier of the scientific enterprise, and not patronizingly summarized as ‘outreach’ or ‘activism.’”

C. Brandon Ogbunu@cbo.bsky.social · last yr.

"No one is coming out of the sky to give you your grant money. Your citation portfolio won’t survive this market crash. Your credentials mean nothing. Everything is going to change." New for @undark.org undark.org/2025/03/06/o...

To be clear: If there were to be large staffing reductions at NOAA and NWS—at appears is now indeed underway, with credible reports of larger further cuts on horizon—there will be people who die in extreme weather events & related disasters who would not have otherwise. 10/11

Super excited for this paper to come out, building upon findings from my first PhD pub 10 (?!) years ago. This work demonstrates that using internal water storage in stormwater basin design can help maximize nitrate removal, while also reducing biologically produced GHG emissions

Internal Water Storage as a Means of Improving Nitrogen Retention and Reducing Greenhouse Gas Emission in Stormwater Treatment

Internal water storage (IWS) is gaining interest as a design element in stormwater control measures. It is implemented via an upturned elbow or elevated underdrain to create a subsurface storage zone with saturated conditions conducive to nitrogen removal via denitrification. However, IWS can potentially alter emissions of microbially produced greenhouse gases due to changes in subsurface redox conditions. These greenhouse gases include carbon dioxide, methane, and nitrous oxide. We investigated these biogeochemical dynamics using mesocosms mimicking free draining, IWS, and fully saturated stormwater treatment basins. In a series of simulated storm events, we quantified nitrogen removal, dissolved gas concentrations in the outflow, and surface soil emissions of greenhouse gases. IWS and fully saturated mesocosms had the best nitrate reduction, although fully saturated mesocosms exported other forms of nitrogen. Regarding greenhouse gas emissions, fully saturated mesocosms had the highest methane concentrations in outflow water and higher overall greenhouse gas fluxes from the soil surface compared with IWS. Free draining mesocosms sometimes had significantly higher nitrous oxide emissions, particularly after induced drought periods. These results suggest that stormwater basins with IWS have the potential to enhance nitrogen removal while minimizing biological greenhouse gas emissions compared with other stormwater basin drainage configurations.

pubs.acs.org