Will Gray
@willerstorfi.bsky.social
1.2K followers 1.1K following 150 posts
Geochemistry/Paleoclimate, Research Scientist @ LSCE/IPSL, Paris
Posts Media Videos Starter Packs
Reposted by Will Gray
edhawkins.org
The Rainfall Observers

Over the past three centuries, thousands of people across the British & Irish Isles have recorded rainfall, often every day for decades. Here we recognise some of the individuals who made particularly important contributions.

rmets.onlinelibrary.wiley.com/doi/10.1002/...
The rainfall observers
Over the past three centuries, thousands of people across the British and Irish Isles have regularly recorded rainfall, often every day for decades. Their efforts allow us to reconstruct long-term tr...
rmets.onlinelibrary.wiley.com
willerstorfi.bsky.social
🌊
sabinebischof.bsky.social
🌊 Open position W2-Professorship (with tenure track) in Physical Oceanography @geomarkiel.bsky.social in Kiel, Germany.
Application deadline: 5th of November 2025

Please find more information here:
www.geomar.de/en/karriere/...
W 2-Professorship (with tenure track to W 2) in Physical Oceanography
www.geomar.de
Reposted by Will Gray
carbon8.bsky.social
🚨New work🚨 led by Ph.D. student Dipesh Chuphal (IIT Gandhinagar), shows that the recent drying of the Ganga River basin is unprecedented in 1,300 years—more severe than historical famines. This ~multidecadal drying appears forced, but many models do not capture it. ☔️ 🌧️

www.pnas.org/doi/10.1073/...
Time series of standardized streamflow anomaly for the Ganga River from year 700 to 2020 (derived from a hydrological model and from the Monsoon Asia Drought Atlas built from tree rings). The plot shows mostly balanced wet (blue/green bars) and dry (brown bars) years until the 20th century, when the black moving-average line dips sharply after 1990. The 1991–2020 mean (blue horizontal line) is well below the range of previous 1,300 years. Orange dots mark major documented historical droughts, but the recent drying is clearly the most severe. Observed changes in precipitation and temperature between 1951 and 2020. Spatial distribution of change in (A) annual precipitation (%) and (B) annual mean temperature (°C) between 1951 and 2020 based on the Sen’s slope calculation. Grids with statistically significant trends (P <= 0.05), based on the Mann–Kendall test, are highlighted with stippling. The Inset panels in (A) and (B) represent the interannual variability in precipitation anomaly (%) and temperature (°C) averaged
for the Ganga River Basin (blue boundary). The total change in average precipitation and temperature over the GRB during 1951−2020, estimated using the Sen’s slope, is statistically significant (P-value <= 0.05) based on the Mann–Kendall test.
willerstorfi.bsky.social
🌊
sulpis.bsky.social
🌟 Postdoc Opportunity in Marine Biogeochemistry at CNRS-CEREGE!

🚢 Are you a passionate researcher ready to tackle climate change? Dive into the ERC-funded Deep-C project in Aix-en-Provence, France!

⬇️
Reposted by Will Gray
sulpis.bsky.social
🌟 Postdoc Opportunity in Marine Biogeochemistry at CNRS-CEREGE!

🚢 Are you a passionate researcher ready to tackle climate change? Dive into the ERC-funded Deep-C project in Aix-en-Provence, France!

⬇️
Reposted by Will Gray
antizionistjew.bsky.social
🇮🇹🇵🇸 #BREAKING | In Genoa, the dockers refuse to be complicit.
They blocked the loading of the Zim New Zealand ship, filled with weapons for Israel.
Supported by their unions, they paralyzed the port,
forcing the ship's departure... empty.
Reposted by Will Gray
Reposted by Will Gray
helenczerski.bsky.social
There's a really nice explanation (with clear graphics) in this @quantamagazine.bsky.social article of why most molecules in the atmosphere (oxygen & nitrogen) don't act as greenhouse gases, but a lot of the far less numerous ones (like carbon dioxide and methane) do. A great teaching aid :)
The Quantum Mechanics of Greenhouse Gases | Quanta Magazine
Earth’s radiation can send some molecules spinning or vibrating, which is what makes them greenhouse gases. This infographic explains how relatively few heat-trapping molecules can have a planetary ef...
www.quantamagazine.org
willerstorfi.bsky.social
🌊
c0nc0rdance.bsky.social
Why are these extinct cephalopods called "Ammonites"?

The Egyptians worshiped a fertility & weather god called Amon, or Amon-Ra, often depicted as a man with the head of a ram.

The Phoenicians imported this god into their deity 'Baal Hammon'...

(🧑‍🎨: Masato Hattori, SciLibrary)
An artist rendition of Ammonites in ancient seas.  They resemble conchs or squid with the armored shells of snails.
Reposted by Will Gray
c0nc0rdance.bsky.social
Let's talk about how "ammonia" (NH₃) gets its name 🧪.

Along the way, we'll talk about Alexander the Great, ancient Egyptian gods & a Roman misunderstanding.

Let's start with these giant CASTLES made for PIGEONS in Siwa, Egypt, a tiny desert town built around an oasis, with 2 dry salt lakes nearby.
Four tall chimney-like structures made of local adobe/mud that is light sandy colored.  From the sides jut bird roosting places, and they're studded with holes to allow the birds to enter the interior, where there are nesting boxes.

"Pigeon towers in Siwa, Egypt. Photo: Roland Unger, Wiki Commons"
Reposted by Will Gray
c0nc0rdance.bsky.social
Why are these extinct cephalopods called "Ammonites"?

The Egyptians worshiped a fertility & weather god called Amon, or Amon-Ra, often depicted as a man with the head of a ram.

The Phoenicians imported this god into their deity 'Baal Hammon'...

(🧑‍🎨: Masato Hattori, SciLibrary)
An artist rendition of Ammonites in ancient seas.  They resemble conchs or squid with the armored shells of snails.
willerstorfi.bsky.social
Thanks Amelia - Maddie Shankle very much leading the charge here!
Reposted by Will Gray
bachlennart.bsky.social
1/n
This study led by @aaronferderer.bsky.social tested how 5 diatom species respond to broad ranges of seawater carbonate conditions. Goal was to determine carbonate chemistry niches and to inform Ocean Alkalinity Enhancement (OAE) and Ocean Acidification (OA)

🌊

www.science.org/doi/10.1126/...
Carbonate chemistry fitness landscapes inform diatom resilience to future perturbations
Diatom growth rates are determined by concentrations of CO2 and H+ across broad carbonate chemistry landscapes.
www.science.org
willerstorfi.bsky.social
🌊
rarohde.bsky.social
The Northern Pacific Ocean is currently smashing temperature records.

And it is reaching these levels far earlier than the current generation of climate models had expected.

A short thread 🧵
Time series of monthly Northern Pacific Ocean sea surface temperature anomalies from 1850 to August 2025 alongside multi-model expectations of the warming in this area (scenario SSP2-4.5).
Reposted by Will Gray
rarohde.bsky.social
The Northern Pacific Ocean is currently smashing temperature records.

And it is reaching these levels far earlier than the current generation of climate models had expected.

A short thread 🧵
Time series of monthly Northern Pacific Ocean sea surface temperature anomalies from 1850 to August 2025 alongside multi-model expectations of the warming in this area (scenario SSP2-4.5).
Reposted by Will Gray
Reposted by Will Gray
anandpallavijha.bsky.social
Absolutely fantastic treat of #ICP15 workshop on #foraminifera #proxies this morning #Biology #Environment #Chemistry #Ecology #Calibrations #collection and much more..
Thank you -
@oscarbranson.bsky.social @willerstorfi.bsky.social Lenart De Nooijer and Jarek Tyszka
Reposted by Will Gray
anandpallavijha.bsky.social
Our #foraminifer #workshop : Lies, Damned Lies and Foraminiferal Proxies - Lenart De Nooijer and @oscarbranson.bsky.social
Jarek Tyszka
Along with @willerstorfi.bsky.social @michaelhenehan.bsky.social
and many ECRs at #ICP15
Lenart showing slide for the workshop!
Reposted by Will Gray
anandpallavijha.bsky.social
#ICP15 welcomes you to Bengaluru 🙏🏼

One can expect both sunshine and monsoon rain!
Sunshine around IISc campus, ICP15 venue.