Jeremy Schmidt

@jeremyjschmidt.bsky.social

Environmental Geographer QMUL; Author of *Water: abundance, scarcity, and security in the age of humanity* (NYU Press); NEW BOOK: Landlocked: water, energy and planetary politics in Alberta (w/Chicago): https://shorturl.at/aPnVO

This is wild. 93% of the renewable electricity generation added to the Irish grid over that last decade now powers data centers, rather than reducing fossil fuel use. Data centers have pretty much annihilated the health and climate benefits those renewables could have provided.

Hannah Daly@hannahdaly.ie · 4w ago

What is even more striking is that data centre demand has matched 93% of the growth in renewable electricity generation (wind + solar + hydro) over the past decade. If we measure since 2020, data centre demand has grown nearly 3-times faster than renewable electricity growth.

Hydrology Paper of the Day @jeremyjschmidt.bsky.social @cameronharrington.bsky.social on understanding water weaponisation across the solid, liquid and gas states: an acceleration over the past century; spatial geographies of vulnerability and dissent; and understanding a synthesis of ideas.

Cameron Harrington@cameronharrington.bsky.social · 2mo ago

Pleased to share a new article from @jeremyjschmidt.bsky.social and I, published in @politicalgeography.bsky.social. In the paper we make sense of a rise in water weaponisation by extending ideas of ambient vulnerability. Open access and available here: www.sciencedirect.com/science/arti...

It is devastating to keep reading news like the below, and we've been working to rethink water weaponisation to capture events like this and the myriad other ways conflict is violently exploiting water. Our new paper is out today: www.sciencedirect.com/science/arti... www.ft.com/content/155d...

Iran says 20,000 people left without water after US hits reservoir tanks

Washington says its jets targeted air defence and radar sites after Iranian forces downed American helicopter

ft.com

In the UK (and not just the UK) university sector, we're living, working, thinking and being made redundant (sic) with and by emergencies. Join Wendy Brown, Margot Finn, Eva von Redecker and Sasha Roseneil, convened by Paul Gilroy and John Sabapathy, for 'Learning in Emergency States'. 5 June. 1/2

Learning in Emergency States: Flourishing, Universities, and the Future

A panel discussion with Wendy Brown (IAS, Princeton), Margot Finn (UCL), Eva von Redecker (H-U, Berlin), Sasha Roseneil (Sussex). Convened by Paul Gilroy & John Sabapathy

ucl.ac.uk

New in TIBG: 'Green refrontierisation: Critical cartographies of the hydrogen rush in Africa' by William Monteith This paper provides a critical cartographic analysis of the green hydrogen maps within the reports of European states, lobby groups & investment bodies. doi.org/10.1111/tran... #geo

Screenshot of a paper abstract in Transactions of the Institute of British Geographers by William Monteith (2026) entitled: 'Green Refrontierisation: Critical Cartographies of the Hydrogen Rush in Africa' with a red banner at the top.

Land is a critical requirement of low-carbon energy transitions, driving global land acquisitions on an unprecedented scale. Under pressure to diversify and decarbonise their energy mix, European states and investors have begun to map the ‘green hydrogen potential’ of territories on the African continent, producing powerful new visualisations of energy space. This article provides a critical cartographic analysis of the green hydrogen (GH2) maps present within the reports of European states, lobby groups and investment bodies to examine the role of geographical knowledge in the production of low-carbon energy frontiers. It identifies three spatio-political strategies present within these maps: spatialising hydrogen potential, territorialising hydrogen space and (re)mobilising fossil fuel infrastructure. Together, these strategies form part of a broader process that I term ‘green refrontierisation’: the assembling of low-carbon energy frontiers atop the remnants of colonial and carbon frontiers. Through a particular focus on the Namibian case, the article's findings advance debates at the intersection of energy geographies and critical cartography by demonstrating how low-carbon energy frontiers (re)spatialise land around a series of dynamic environmental processes rather than the subterranean resources that have historically guided geographical thinking.