Planette Blog

Capitalize on convenience yield trends before the market prices them in by using Planette temperature forecasts for volatility tracking.

See how rainfall patterns critically impact US corn yields w/ expert analysis of historical trends & exclusive 2025 precipitation forecasts.

October 2024 Niño 3.4 index results have been released, so we now have an Umi™ performance update relative to both ECMWF & NOAA forecast.

Seasonal forecasting covers timeframe from 6 weeks to 2 years into the future & is completely different compared to your daily weather app.

Most ENSO models predicted La Niña conditions developing over late summer into fall, while Planette’s Umi™ predicted neutral conditions.

Subseasonal forecasting covers 2 weeks to 6 weeks into the future and sits right at the intersection between weather and seasonal outlooks.

Weather forecasting covers the shortest time horizon of predictive science - only 2 weeks - due to the physics of fluid dynamics.

Clark Nuber's Making Change podcast, hosted by Matt Sartorius, interviewing Planette co-founders about the future of climate forecasting.

Combining AI & ML with subject-specific knowledge enables significant progress across numerous scientific fields, including climate science.

El Niño/La Niña are key ENSO components causing volatile impacts on global weather patterns. Umi™ ENSO forecasts beat NOAA & ECMWF models.

The planet is getting warmer, and extreme heat events and heat waves are becoming more common across the world due to several reasons.

There are 2 well-understood reasons for record-breaking ocean warmth, and 1 intriguing hypothesis...

Massive global coral bleaching event driven by warming oceans is decimating vital reef ecosystems; urgent action needed to save biodiversity

Using the ocean to forecast relies on teleconnections, which is how the ocean communicates to land regions using the atmosphere.

Today Planette explores the two key points that make gap forecasting for climate possible.

Planette explains the link between a warming planet and severe weather events.

As our planet gets hotter, wildfires are becoming more frequent, intense and destructive across the globe. Wildfire risk can be predicted.

Traditional weather forecasts are limited beyond 7 days primarily due to the inherent unpredictability of atmospheric weather conditions.