RT @NaturePortfolio: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential t…
Papers on #groundwater for #WorldWaterDay Widespread potential loss of streamflow into underlying aquifers across the USA https://t.co/2gZkuZNWx7 @sjasechko
RT @MWClimateSci: Data from millions of wells shows widespread potential for loss of streamwater to underlying aquifers. https://t.co/CRoC0…
Data from millions of wells shows widespread potential for loss of streamwater to underlying aquifers. https://t.co/CRoC0XkZF1
Nature 591, 391–395 (2021) https://t.co/y1IEhlRnDq
https://t.co/TW6WkGmyBJ nature、、、、引用「米国本土の河川の3分の2が地下の帯水層に水を失っている可能性」関連ある? 気象図ではフロリダは降水量、例年より多い https://t.co/NptT4USROf
Nature ハイライト:米国本土の河川の3分の2が地下の帯水層に水を失っている可能性 | Nature | Nature Portfolio: https://t.co/HE9nwN0Tlj
RT @WaterTechAll_SD: @Stanford geophysicist R. Knight leads the Groundwater Architecture Project (GAP) w/ @CA_DWR using aerial electromagne…
RT @arieltthomas: Say it loud for the people in the back.. 🗣️ everything is connected! #water #WaterResource #BlueEconomy
河川から地下水層へ水が流れるのか、地下水層から河川へ水が流れるのか。米国の大量の井戸の水位観測から前者が支配的だと推計。 https://t.co/GkOksPhikH
@Stanford geophysicist R. Knight leads the Groundwater Architecture Project (GAP) w/ @CA_DWR using aerial electromagnetic surveys to map https://t.co/HMrClfw9li & support #groundwater management in California. CA-Denmark MOU partners in the project inc
RT @KinarNicholas: Hydrology Paper of the Day @sjasechko @JamesWKirchner on the hydrology of streams that contribute water to aquifers: dat…
RT @KinarNicholas: Hydrology Paper of the Day @sjasechko @JamesWKirchner on the hydrology of streams that contribute water to aquifers: dat…
Central Valley signs that shout “build more dams” or “food grows where water flows”. SMH. The drought is going to catch up to them one day and it will be too late. https://t.co/4OnO6i6y0n
Say it loud for the people in the back.. 🗣️ everything is connected! #water #WaterResource #BlueEconomy
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
A problem to solve as soon as possible
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
Natureにプレゼンされたリサーチによると、米国本土全体の小川の3分の2は、基礎となる地下水システムに水を失うポシビリティがあります! https://t.co/h7g4RzJkJD
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
RT @nature: Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose wa…
Research published in Nature shows that two-thirds of streams across the contiguous United States have the potential to lose water to underlying groundwater systems. https://t.co/YRnXENIqv7 https://t.co/b2sCcR4w9s
RT @KinarNicholas: Hydrology Paper of the Day @sjasechko @JamesWKirchner on the hydrology of streams that contribute water to aquifers: dat…
RT @KinarNicholas: Hydrology Paper of the Day @sjasechko @JamesWKirchner on the hydrology of streams that contribute water to aquifers: dat…
RT @KinarNicholas: Hydrology Paper of the Day @sjasechko @JamesWKirchner on the hydrology of streams that contribute water to aquifers: dat…
RT @KinarNicholas: Hydrology Paper of the Day @sjasechko @JamesWKirchner on the hydrology of streams that contribute water to aquifers: dat…
Hydrology Paper of the Day @sjasechko @JamesWKirchner on the hydrology of streams that contribute water to aquifers: data from 4.2 million wells in the USA used to understand the spatial distribution of rivers that gain and lose water related to geography,
Awesome paper by @sjasechko and co-authors. Shows that a surprising large portion of rivers in the USA are losing water to surrounding aquifers due to pumping. Which as @Inge_deGraaf showed will become more common globally in the future
Rivers are a vital water supply to farms, industries, and cities, but a recent study published in @nature by Bren School faculty @sjasechko and environmental studies faculty Debra Perrone found that 2/3 of streams in the US are losing water to aquifers. ht
Researchers Reveal The Extent To Which Rivers Across The Country Are Losing Flow To Aquifers https://t.co/QBMwriVmis https://t.co/hDswBJ22vP https://t.co/PduxMaRyt8 #GIS #spatial #mapping #modeling #hydrology #water #surfacewater #groundwater #USA #l
The quoted paper: https://t.co/RVV7EAhI4g
Input from new study. Widespread potential loss of streamflow into underlying aquifers across the USA. Nature https://t.co/WcsaJPOKoh
Widespread potential loss of streamflow into underlying aquifers across the USA | Nature https://t.co/R194vuarJZ
環境科学: 米国本土の河川の3分の2が地下の帯水層に水を失っている可能性 (Nature Research) https://t.co/czwdjLMZvG
Widespread potential loss of streamflow into underlying aquifers across the USA https://t.co/1GRwBaQSkw https://t.co/ENclLwqjho | #research #manuscripts @nature
네이처 하이라이트:미국 전역 대수층(Aquifer)으로 유입되는 하천유량(Streamflow)의 광범위한 손실 가능성 https://t.co/QRzlrNKrws
Nature ハイライト:米国本土の河川の3分の2が地下の帯水層に水を失っている可能性 | Nature | Nature Portfolio https://t.co/GwElWac6MP
RT @NatureJapan: Nature ハイライト:米国本土の河川の3分の2が地下の帯水層に水を失っている可能性 | Nature https://t.co/pUmTG3i8mJ #環境科学 #水
Nature ハイライト:米国本土の河川の3分の2が地下の帯水層に水を失っている可能性 | Nature https://t.co/pUmTG3i8mJ #環境科学 #水
Nature Japan Nature ハイライト 米国本土の河川の3分の2が地下の帯水層に水を失っている可能性 Nature ハイライト 環境科学:米国本土の河川の3分の2が地下の帯水層に水を失っている可能性 2021年3月18日 Nature 591, 7850 水文学では長年、河川がその下… https://t.co/0eBxpezIgA #速報 #ニュース https://t.co/WqBCvTAboJ
Oooh! This looks interesting! https://t.co/YrPWnjwH0u
Widespread potential loss of streamflow into underlying aquifers across the USA https://t.co/JYhr4vMpvG