What Will Czechia’s Climate Be in 2085? New Website Reveals Future Projections

A new website, Climate Change, developed by CzechGlobe, provides a detailed look at the future climate of the Czech Republic based on scientific models.

The platform visualizes how the country could evolve by the end of the century, using measured data and projected greenhouse gas emissions.

Since the exact trajectory of emissions remains uncertain, the website presents both average estimates and alternative scenarios that account for different emission levels.

Visitors to the site can explore interactive maps, graphs, and text-based insights on past and future climate trends.

The data covers key periods: 1961–1990, 1981–2010, and projections for 2030, 2050, 2070, and 2085. Users can examine climate indicators such as average annual temperature, growing season length, annual precipitation, heat wave risks, and the number of tropical days.

Understanding Impacts and Solutions

One of the key features of the Climate Change website is its structured approach to impacts and solutions. “An experienced user may go straight to the maps and graphs, but the site also provides detailed information on how climate change will affect different sectors,” said Miroslav Trnka, project coordinator from CzechGlobe.

The impact section is particularly detailed, covering forestry, agriculture, water management, and urban areas. Instead of daily updates, the platform will gradually expand as research progresses.

Users can also explore interactive diagrams that illustrate how climate change could affect mountain forests, mid-latitude meadows, or South Moravian vineyards.

Scientific Basis and Future Scenarios

All projections are based on climate change models developed by CzechGlobe in collaboration with scientists from the Czech University of Life Sciences. These models incorporate global climate simulations and regional climate data.

“Out of dozens of global climate models, we selected those that best aligned with historical climate data for Central Europe,” explained Trnka. The team also accounted for various greenhouse gas emission pathways, reflecting both optimistic and pessimistic scenarios.

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