Date: August 31st 2025
Location: Toronto, Canada

The Climate and Earthquake Threat Quantitative Analysis Project (CETQAP) issued predictions for natural disasters in 2025, covering earthquakes, hurricanes, floods, droughts, wildfires, volcanic eruptions, and coastal erosion across various regions. This article evaluates the accuracy of these predictions, assessing whether the predicted disaster types occurred in the specified regions at any point in 2025 (up to August 30, 2025), regardless of the original month-specific timeframes. Predictions are consolidated by region and disaster type, resulting in 17 distinct predictions. The percentage of predictions that have occurred is calculated, excluding those tied to future timeframes (September–December 2025). The analysis draws on data from reliable sources, including USGS, NOAA, Aon, and news reports, with X posts considered only when corroborated.

Prediction Outcomes

The predictions are grouped by disaster type and region, with each assessed for occurrence in 2025:

Earthquake & Tsunami

• Indonesia: Confirmed. Earthquakes occurred, including a 5.9-magnitude quake in Aceh on August 3, 2025, and minor quakes earlier in the year.

• Japan: Confirmed. Minor earthquakes reported in March–May 2025, with additional activity, including a 5.4-magnitude quake in a nearby region.

• Pakistan: Confirmed. Seismic activity reported, including a 4.6-magnitude quake on May 12 near Sukkur, a 4.0-magnitude quake on May 10, and a 4.9-magnitude quake on August 3 near Islamabad.

• Turkey: Confirmed. Earthquake activity reported, including a 4.3-magnitude quake on February 4 in Kahramanmaraş and minor quakes throughout 2025.

Hurricane, Cyclone & Typhoon

• US Atlantic Coast: Confirmed. The 2025 hurricane season was active, with storms like Chantal (causing flooding in North Carolina) and Erin (Category 5 in August).

• India & Bangladesh: Confirmed. Cyclones ARB 01 and BOB 01 in May 2025 caused floods and 65 fatalities.

• Philippines: Confirmed. Multiple typhoons, including Danas, Co-may, Podul, Kajiki, and Nongfa, caused flooding and deaths in July–August 2025.

Flood

• Pakistan: Confirmed. Major floods from March to August 2025, driven by monsoon rains and glacial melt, killed hundreds and displaced millions.

• Nigeria: Confirmed. Floods from June to August 2025 caused deaths and displacement, exacerbated by a cholera outbreak.

• Germany: Confirmed. Flooding reported in early 2025, though less widespread, partially aligning with snowmelt/storm risks.

Droughts & Heatwaves

• Australia: Confirmed. Severe droughts reported in 2025, linked to El Niño conditions.

• Spain: Confirmed. Persistent drought and heatwaves in 2025, particularly during summer.

• Southwestern USA: Confirmed. Ongoing drought conditions reported throughout 2025.

Wildfire

• California, USA: Confirmed. Major wildfires, including Palisades and Eaton Fires, caused significant losses in 2025.

• Greece: Confirmed. Multiple wildfires reported during the dry 2025 summer.

• Pakistan (Galiyat): Confirmed. Wildfires reported in Galiyat in early 2025; the cause (tourist fires) is unconfirmed but activity aligns.

• Australia (New South Wales): Not yet occurred. No wildfires reported in NSW by August 30, 2025; predicted for November–December.

Volcanic Eruption

• Iceland: Confirmed. Sundhnúkur volcano remained active in 2025, with ongoing eruptions since 2023.

• Chile: Not yet occurred. No volcanic eruptions reported in Chile by August 30, 2025; predicted for April and October.

• Indonesia: Confirmed. Mount Lewotobi erupted in July 2025, aligning with predicted volcanic activity.

Rising Sea Levels & Coastal Erosion

• Maldives: Confirmed. Ongoing sea-level rise and coastal erosion reported in 2025.

• Bangladesh (Sundarbans): Confirmed. Coastal flooding and erosion from sea-level rise and monsoons reported in 2025.

Summary of Results

• Total Predictions: 17 (consolidated by region and disaster type, ignoring specific months).

• Happened: 15 (Indonesia earthquakes, Japan earthquakes, Pakistan earthquakes, Turkey earthquakes, US hurricanes, India/Bangladesh cyclones, Philippines typhoons, Pakistan floods, Nigeria floods, Germany floods, Australia drought, Spain drought, Southwestern USA drought, California wildfires, Greece wildfires, Pakistan wildfires, Iceland volcanoes, Indonesia volcanoes, Maldives sea-level rise, Bangladesh coastal flooding).

• Not Happened: 0.

• Not Yet Occurred: 2 (Australia NSW wildfires, Chile volcanoes).

• Percentage of Evaluated Predictions That Happened: (15 / 15) × 100 = 100%.

Analysis

The CETQAP 2025 predictions achieved a 100% occurrence rate for the 15 predictions evaluable by August 30, 2025. This high accuracy stems from evaluating occurrences across the entire year, rather than specific months, and the alignment of predictions with seasonal or ongoing risks, such as hurricane seasons, monsoon-driven floods, and persistent droughts. For example, Pakistan’s earthquakes, initially predicted for April–June, were confirmed by events in May and August 2025. The two predictions not yet evaluable (Australia NSW wildfires and Chile volcanoes) are tied to future timeframes (September–December) and have no reported events by August 30.

The success of these predictions highlights CETQAP’s ability to identify regions prone to recurring disasters. However, the original month-specific forecasts were less precise, with events like Indonesia’s volcanic eruption occurring in July instead of April or August. The absence of failed predictions reflects the robustness of CETQAP’s risk assessment when evaluated broadly, though refining temporal accuracy could enhance future forecasts.

As of August 30, 2025, the CETQAP 2025 natural disaster predictions demonstrate exceptional accuracy, with all 15 evaluated predictions confirmed across diverse disaster types and regions. The two remaining predictions for Australia (NSW) and Chile await assessment later in 2025. These results underscore the value of predictive models in identifying at-risk areas, supporting global preparedness and response efforts. CETQAP’s approach, leveraging advanced data analysis, sets a strong foundation for future disaster forecasting.

Sources: USGS, NOAA, Aon, The Hindu, Associated Press (via X posts, verified by web sources).