Landslide risks in Türkiye’s Black Sea region are rising due to intense rainfall and forest-to-farm land use changes. A new series of OI maps 10K+ events to aid early warning & mitigation efforts. Here is the article link: www.sciencedirect.com/science/arti... @tolgagorum.bsky.social

An open event-inventory database of rainfall-induced landslides and their environmental characteristics in the eastern Black Sea region of Türkiye

Developing robust predictive methods for rainfall-triggered landslides is crucial for effective risk mitigation. Landslide event inventories provide e…

sciencedirect.com

Spatiotemporal geohazard mapping was achieved by processing 15,000+ online news articles from Türkiye (1997–2023) using web scraping, NLP, and geolocation. As a result 13,940 mapped events floods, wildfires, landslides, and sinkholes. A scalable, open-source approach for data-scarce regions. Link👇

Our new NPJ Natural Hazards article reveals how human action, extreme weather, and complex terrain combined to fuel Türkiye’s largest wildfire for the last century. #wildfire #climatechange #anthropocene #Türkiye 🔥👇 www.nature.com/articles/s44... @bikem.bsky.social @tolgagorum.bsky.social

Up in flames: the human factor behind a megafire in Mediterranean Türkiye - npj Natural Hazards

npj Natural Hazards - Up in flames: the human factor behind a megafire in Mediterranean Türkiye

nature.com

The study on the devastating Çöpler Gold Mine landslide (13 February 2024), co-authored by Prof. Dr. @tolgagorum.bsky.social, has been published in The Seismic Record. 📣Press release: lnkd.in/dkckKDWp 📝Article: lnkd.in/dDGTCYZ8 #Landslide #Hazards #RemoteSensing

At the 77th Geological Congress of Turkey held this year, Prof. Dr. Tolga Görüm gave a presentation titled “8 December 2024 Güngören, Arhavi (Artvin) Debris Avalanche and Landslide Hazard and Risk Assessment of the Area” during the Natural Disasters, Disaster Management and Risk Assessments Session.

Our latest article on the impact of #AtmosphericRiver on the 2023 #Türkiye #Syria #earthquake disaster has been picked up by @eos.org 👇 #compoundisaster eos.org/articles/an-... @tolgagorum.bsky.social

An Atmospheric River Exacerbated Türkiye’s 2023 Earthquake Crisis - Eos

A new study reveals how an atmospheric river led to more devastation after two earthquakes hit Türkiye and Syria, highlighting the need for better risk assessment models.

eos.org

Depremlerin ardından yaşanan sel riskine çözüm arayan projemiz NASA tarafından destek kazandı. Haberin linkine buradan ulaşabilirsiniz👇 haberler.itu.edu.tr/haberdetay/2... @tolgagorum.bsky.social #erkanistanbulluoğlu #geohazards #atmosphericriver #Turkey #earthquake #risk

#geohazards #atmosphericriver #Turkey #Syria #earthquake #compoundevents #risk @tolgagorum.bsky.social @itu1773.bsky.social @nature.com haberler.itu.edu.tr/haberdetay/2...

#AtmosphericRiver #Türkiye #Syria #earthquake @nature.com @undrr.bsky.social www.linkedin.com/posts/undrr_...

United Nations Office for Disaster Risk Reduction (UNDRR) on LinkedIn: 36 days after the 2023 earthquakes in Türkiye and Syria, an intense…

36 days after the 2023 earthquakes in Türkiye and Syria, an intense atmospheric river struck part of the earthquake zone, delivering 183 mm of rainfall in 20…

linkedin.com

Our latest article was featured on @eos.org The Landslide Blog, eos.org/thelandslide.... Many thanks to Dave Petley for summarizing this study and increasing its visibility. I have long appreciated his contributions to the field of landslides. Thanks @davepetley.bsky.social

Landslide hazards in the area of 2023 Türkiye-Syria earthquake

A new paper (Görüm et al. 2025) has examined rainfall-induced landslide hazard in the area affected by the 2023 Türkiye-Syria earthquake.

eos.org

Our latest article on the impact of #AtmosphericRiver on the 2023 #Türkiye #Syria #earthquake disaster published in @nature.com has been picked up by @meteored.com 👇 #compoundisaster @tolgagorum.bsky.social @naturecomms.bsky.social @commsearth.bsky.social www.meteored.com.ar/noticias/cie...

La catástrofe del terremoto de 2023 en Turquía y Siria se vio agravada por un río atmosférico

Un nuevo estudio muestra que un río atmosférico pudo contribuir a la mayor magnitud de los daños causados por el terremoto de 2023 en Turquía y Siria.

meteored.com.ar

Strong earthquakes in mountain landscapes can trigger widespread slope failures, initiating chains of multiple hydro-geomorphic hazards. These chains can amplify the geohazards and last many years following strong earthquakes. nature.com/articles/s43...

The 2023 Türkiye-Syria earthquake disaster was exacerbated by an atmospheric river - Communications Earth & Environment

The combination of topography, as a driver for extreme precipitation, and slope instability from seismicity contributed to the compound hazard of post-seismic rainfall-induced landslides, according to...

nature.com