Global HydroLAB

To make this work accessible, we built an interactive website where you can explore global antibiotic pollution in rivers: 🗺️ hydrofate.org

🚨 New paper out in PNAS Nexus! We estimated how much antibiotics from human consumption end up in rivers globally using the HydroFATE model. ⚠️ ~6 million km of rivers may exceed ecological & AMR safety thresholds. 📄 Read more: doi.org/10.1093/pnasne…

Just out! The new @GlobalDamWatch database integrates global datasets, allowing researchers and policymakers to analyse #river barriers & reservoirs worldwide like never before. Read the paper in Scientific Data doi.org/10.1038/s41597… & access the data @ globaldamwatch.org!

🥳We present LakeTEMP🥳: a dataset of #Landsat 8 surface water temperature observations and ice phenology estimations for all lakes in the world that are larger than 0.1 km² (~1.4 million). @maartjekorver @jcardille @laura_carrea sciencedirect.com/science/articl…

🚨New Paper Alert! 💊Pharmaceuticals & household chemicals in water threaten aquatic life & human health. Introducing HydroFATE: a global model for prioritizing monitoring & mitigation efforts. 🌍 @heloisaemacedo @GuentherGrill @jimnicell Read more: twtr.to/pYEXK

It is published! Pharmaceuticals and household chemicals linger in our water. This poses risks to aquatic life and human health. Meet HydroFATE: a global model that can be used to prioritize monitoring and mitigation efforts. @Global_HydroLAB @GuentherGrill @jimnicell

New research highlights urgent need for global wetland conservation. Despite high rates of wetland loss in many regions since 1700, not all is lost! For more, see the study by Etienne Fluet-Chouinard et al. with contributions from the HydroLAB in Nature: nature.com/articles/s4158…

LakeATLAS is out! Offering more than 50 hydro-environmental characteristics for all lakes worldwide! See nature.com/articles/s4159… for more information. With @messamat, @MaartjeKorver, and @DocSlinky.

@DLR_en @Global_HydroLAB @MicheleThieme We're also excited to share: 🗺️ Extended data for HydroSHEDS v1 (including upstream area & flow length) 🐬🌆🔬Highlighted research & applications from the HydroSHEDS community And more on the new, improved, and much more beautiful hydrosheds.org

A Sharper Look at the World’s Rivers and Catchments 🌍🌎🌏 Read our update in Eos today highlighting the vast network of HydroSHEDS users & our work with @DLR_en @Global_HydroLAB @MicheleThieme developing HydroSHEDS v2.0 from 12m satellite imagery 🛰️ eos.org/science-update…

HydroSHEDS is the most frequently applied global hydrographic mapping product. A new version will soon offer more capabilities & clearer views of Earth’s rivers, write researchers from @Global_HydroLAB @DLR_en @confluvio + @World_Wildlife. eos.org/science-update…

HydroSHEDS reinvented! Check out our latest announcements of upcoming global river data at eos.org/science-update… and our new website at hydrosheds.org

HydroWASTE is out! The database includes the location and characteristics of 58 502 WWTPs around the world. It allowed the identification of 1.2 million km of rivers receiving treated wastewater input. essd.copernicus.org/articles/14/55…

@heloisaemacedo is also participating live in the panel “Pharmaceuticals in the Environment” Tuesday, 16th at 10:30 PST/ 1:30 EST. She will talk about how a contaminant fate model can be used in risk assessments to drive policies and resource management decisions. #SETACSciCon4

Participating in #SETACSciCon4? Check out our PhD candidate @heloisaemacedo's presentation, “Modelling the Distribution of Antibiotics in the Global River System”, on demand at the virtual platform. @jimnicell, @GuentherGrill and Usman Khan are part of this project.

Interested in dams and reservoirs? Check out our most recent progress at #GlobalDamWatch in this new paper doi.org/10.1088/2634-4… ! We are working on free curated global dam data and analytical tools. globaldamwatch.org Photo by Jacek Dylag on Unsplash

This dependence comes with the risk that alterations in flooding, both up or down, can have unfavorable impacts. Thanks Rachel Dryden, @_miraanand, and Etienne Fluet-Chouinard for your work! 2/2

Humans like to live, farm and build in floodplains. Latest Global HydroLAB research finds that human population density, agriculture and development in inland floodplains is 3x higher than on global average. sciencedirect.com/science/articl… 1/2

And this one from a few weeks ago:

We have been inactive on Twitter, but not in research! Here is an interesting paper on free-flowing rivers that came out in August: