Edward Jones

[AGU's Eos @AGU_Eos]

Clean water scarcity is likely to rise. New research from @Edward_R_Jones + colleagues @UniUtrecht, comments from Bridget Scanlon @UTAustin @Bureau3E, story by @KatherineKornei. https://t.co/AG00BSa0Rc

[Newsweek @Newsweek]

Earth facing "global water crisis"
https://t.co/GpyaHiPsrM

[Edward Jones @Edward_R_Jones]

A bite-sized (2 min max!) read on our latest publication in @NatureClimate: https://t.co/ac6BwaQgwC

For the full paper see: https://t.co/1gUmW1gps4 (Open-access: https://t.co/YidoRUYijb)

@Michelle_vVliet @WaterBier @UUGeo @UU_PhysGeog @UniUtrecht

[Michelle van Vliet @Michelle_vVliet]

In our paper in @NatRevEarthEnv we show that #WaterQuality deteriorates in most #rivers #worldwide due to #ClimateChange and increasing extremes
👇
https://t.co/tIpOcnvCpu

@Josefin_Thors @MStrokal @heloisaemacedo @nkwasa99 @SujayKaushal @rkumar_1982 @envir_scientist & others!

[UN Environment Programme @UNEP]

When properly managed, wastewater can turn into clean water, energy, and resources, providing benefits #ForNature & people.

UNEP’s new report with @GRIDArendal explores the potential of wastewater as a circular economy opportunity.

Discover more:

[GeoModelDevelopment @EGU_GMD]

New model description paper: DynQual v1.0: a high-resolution global surface water quality model https://t.co/mwop63CjKU

[nature @Nature]

Up to 5.5 billion people worldwide could be exposed to polluted water by 2100, a modelling study has found https://t.co/fiLA15hPp6

[Edward Jones @Edward_R_Jones]

@CoyaudSylvie Open access link: https://t.co/hHMXD6NkPa

[Edward Jones @Edward_R_Jones]

Some (digestible) context to our latest paper in Nature Water:

https://t.co/kMt3D66xMC
#BehindThePaper

@NatureWaterJnl

[Edward Jones @Edward_R_Jones]

In our latest work, we have modelled the impact of climate and socioeconomic change on global surface water quality up to 2100.

Published in Nature Water: https://t.co/DmYb8TvVJ6 (Accessible link: https://t.co/hHMXD6MMZC)

@Michelle_vVliet @WaterBier @niko_wanders @UU_PhysGeog

[Springer Nature @SpringerNature]

Up to 5.5 billion people could be affected by surface water pollution by 2100, a modelling study in @NatureWaterJnl suggests. Findings indicate that sub-Saharan Africa is predicted to become a global hotspot of surface water pollution by end of the century https://t.co/UBGCWmo7e9

[Michelle van Vliet @Michelle_vVliet]

Tomorrow (Friday) more exciting work at #EGU23!
Keerthana Suresh will show her work on indicators for lake eutrophication in Hall A43 (14:00-15:45)
@Edward_R_Jones and I will both present on global water quality impacts under climate change in Room 2.15 (16:15 and 17:25).

[Michelle van Vliet @Michelle_vVliet]

We are looking forward to #EGU23! Here a schedule of the presentations of the @UUGeo water nexus & water quality group. Hope to meet you there!
@Edward_R_Jones @snehareddychev1 @Gab_Cardenas @nicholetylor @UU_PhysGeog
👇

[Niko Wanders @niko_wanders]

Very proud to share the first version of the World Water Map!

With @InsideNatGeo and the UU-team @WaterBier, @DroppersBram & Myrthe Leijnse, we show where water is used unsustainable and why. Connecting science and story telling.

Go and #explore here: https://t.co/Hs5Wen6tv2

[Nature Reviews Earth & Environment 🌈 @NatRevEarthEnv]

🚨New Review

Global #water resources and the role of groundwater in a resilient water future 💧🌍

By Bridget Scanlon et al. @sarahfak @amrateb @Inge_deGraaf @water_undergrnd @GraftonQuentin @ejobbagy @Sefwater

https://t.co/9MLOorUnyM

[Michelle van Vliet @Michelle_vVliet]

Interested in water pollution hotpots or how different sectors contributed to water quality trends worldwide? In our group we have developed a new high-resolution global surface water quality model, DynQual.
This work lead by @EdwardJones is now available https://t.co/4dqGjmgujB

[GeoModelDevelopment @EGU_GMD]

Discussion open for comments: DynQual v1.0: A high-resolution global surface water quality model https://t.co/huDuJZEUnu

[Michelle van Vliet @Michelle_vVliet]

And here also the #AGU22 poster of @Edward_R_Jones!😉👇

[Nature Portfolio @NaturePortfolio]

By simulating pollutant concentrations at high temporal and spatial resolution, we can improve how wastewater is monitored and managed to enhance surface water quality, writes @Edward_R_Jones in the Nature Portfolio Earth and Environment Community. https://t.co/VpPKq3Wipb

[Michelle van Vliet @Michelle_vVliet]

Great pleasure to collaborate with @WorldBank on this study published in ERL last week, which was led by @SebaDbx (Sebastien Desbureaux). It shows global hotspots and trends of water quality (1992–2010) using machine learning (random forest).
https://t.co/MhDET22DXa