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UpGreen tree stress map of Kuřim, Czech Republic, showing spatial distribution of tree stress levels across urban areas, streets, and river corridors based on satellite and aerial data analysis.

Why the biggest trees matter most: what tree management really decides

Miloslav Kaláb, Climate Resilience SpecialistMiloslav Kaláb

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  • Nature Based Solutions: Greening Europe’s Cities for Climate Resilience

    Lenka Foltýnová, Climate Resilience SpecialistLenka Foltýnová

    Close-up of fresh water splashing over grass and soil, symbolizing the essential role of water in supporting healthy urban greenery. The image represents the importance of soil moisture and sustainable water management for trees to cool their environment, absorb carbon, and deliver crucial ecosystem services in cities.
  • Why cities are turning to satellite tree mapping

    Petr Klimeš, Climate Data AnalystPetr Klimeš

    Illustration of a row of trees changing canopy density and colour, symbolising tree growth stages, seasonality, and long term urban greenery development.
  • Why every city needs a 3-30-300 green audit

    Miloslav Kaláb, Climate Resilience SpecialistMiloslav Kaláb

    Neighborhood level map showing the share of buildings fulfilling the 300 meter green space access rule, with color coded areas and percentage values.
  • ASITIS and the City of Slavkov win first place in

    Tereza Kubickova, marketing managerTereza Kubíčková

    Award ceremony where ASITIS and the City of Slavkov u Brna are recognized for winning first place in the Czech Smart City Awards 2025 in the category Urban Planning and Environment.
  • Connecting the Dots: How Climate Impact Chains Help Cities See

    Infographic illustrating the concept of Climate Impact Chains — showing how climate hazards (such as heatwaves or drought) trigger cascading impacts on urban systems, health, and the environment. The visual reflects ASITIS’s data-driven approach to understanding climate risks and supporting adaptation strategies for cities and regions.
  • 3-30-300 Analysis in Slavkov: Green infrastructure as a key to

    Map of Slavkov showing tree canopy cover in different neighborhoods and buildings meeting the 30 rule based on the 3-30-300 concept. The color scale represents tree canopy cover: 0-15% (red) – areas with low tree cover, 15-20% (orange) – areas with medium cover, 20-25% (yellow) – areas with higher cover, 25-30% (light green) – areas with high cover, >30% (dark green) – areas with very high cover. Buildings that meet the 30 rule (i.e., are surrounded by sufficient tree canopy) are marked in green, while those that do not meet this criterion are marked in red. The map includes a scale for better orientation.
  • A guide to the ecosystem services of trees

    Martin Vokřál

  • Trees losing cooling power: preventing urban drought effects through water

    Close-up of fresh water splashing over grass and soil, symbolizing the essential role of water in supporting healthy urban greenery. The image represents the importance of soil moisture and sustainable water management for trees to cool their environment, absorb carbon, and deliver crucial ecosystem services in cities.

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