Save the Date 📌Join us for the launch of the 2023 State of Global Water Resources Report 💧

With increased Members' engagement and valuable data, this year’s report is more critical than ever.

📅 7 Oct - 14:00 CEST

📍Join on Zoom: https://t.co/kvU5zxd2d5

#StateOfWater https://t.co/F6ow95KU5N

World Meteorological Organization

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

🚨 Live Press Conference alert 🎙️

Join us for the press conference on the launch of the WMO State of Global Water Resources 2023 report!

🗓️ 7 October - 10:00 CEST

📺 Watch it live: https://t.co/8xniUXHtaV

#StateOfWater

World Meteorological Organization

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

🚰2023 was the driest year for global rivers in 33 years

🏔️Glaciers suffered the largest mass loss in 50 years

🌊The hydrological cycle is becoming more erratic, floods more extreme & droughts more intense

This is the #StateOfWater.

Full report: https://t.co/Z5TaiSWmnf https://t.co/9NZSAzFnwV

World Meteorological Organization

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

RT @WMO: 🚨 Live Press Conference alert 🎙️

Join us for the press conference on the launch of the WMO State of Global Water Resources 2023 report!

🗓️ 7 October - 10:00 CEST

📺 Watch it live: https://t.co/8xniUXHtaV

#StateOfWater

ECMWF

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

RT @WMO: 🚰2023 was the driest year for global rivers in 33 years

🏔️Glaciers suffered the largest mass loss in 50 years

🌊The hydrological cycle is becoming more erratic, floods more extreme & droughts more intense

This is the #StateOfWater.

Full report: https://t.co/Z5TaiSWmnf https://t.co/9NZSAzFnwV

ECMWF

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

⛰️In 2023, #glaciers worldwide suffered the largest mass loss recorded in over 50 years.

This is the second consecutive year in which all glaciated regions on the planet experienced ice loss.

This is a global wake-up call. This is the #StateOfWater.💧

🔗https://t.co/hvS4bzxqNo https://t.co/Yx8GJyKvlR

World Meteorological Organization

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

RT @WMO: 🚰2023 was the driest year for global rivers in 33 years

🏔️Glaciers suffered the largest mass loss in 50 years

🌊The hydrological cycle is becoming more erratic, floods more extreme & droughts more intense

This is the #StateOfWater.

Full report: https://t.co/Z5TaiSWmnf https://t.co/9NZSAzFnwV

UNDRR

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

RT @WMO: ⛰️In 2023, #glaciers worldwide suffered the largest mass loss recorded in over 50 years.

This is the second consecutive year in which all glaciated regions on the planet experienced ice loss.

This is a global wake-up call. This is the #StateOfWater.💧

🔗https://t.co/hvS4bzxqNo https://t.co/Yx8GJyKvlR

ECMWF

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

RT @esaclimate: The @WMO State of the global water report is out 👇

R&D from the @ESA Climate Change Initiative is developing multidecadal satellite records for snow glaciers, soil moisture (and others) to understand the hydrological cycle.

We are even developing a proof-of-concept to develop records of River Discharge across contintents using space-derived data.

Our data - https://t.co/gaEIxPIHRf
Our projects - https://t.co/cylgS0NnIh

🚰2023 was the driest year for global rivers in 33 years

🏔️Glaciers suffered the largest mass loss in 50 years

🌊The hydrological cycle is becoming more erratic, floods more extreme & droughts more intense

This is the #StateOfWater.

Full report: https://t.co/Z5TaiSWmnf https://t.co/9NZSAzFnwV - World Meteorological Organization

ESA Earth Observation

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme

The hydrological cycle is becoming increasingly more erratic. About three out of four natural hazards worldwide are water-related.

WMO calls for better monitoring and data sharing. Hydrological information supports #EarlyWarningsForAll.

#StateOfWater🔗https://t.co/DtgJoHhtnK https://t.co/swoAVHhuPj

World Meteorological Organization

Climate Change Science on Telegram by @ClimateChangeScience
A @grttme project - Other backups: @Hallotme