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FIRE-RES: Towards greater resilience to extreme wildfire events
Tuula Hakkarainen
, Terhi Kling
*
,
Nikhil Verma
, Timo Korhonen
,
Sirpa Kallio
,
Timo Niemi
,
Elena Gorshkova
*
Corresponding author for this work
BA5503 ProperTune AI
BA4705 Process modelling
Research output
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Dive into the research topics of 'FIRE-RES: Towards greater resilience to extreme wildfire events'. Together they form a unique fingerprint.
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Keyphrases
Resilience
100%
Extreme Wildfire Event
100%
Europe
50%
Resilient
50%
Environmental Economics
25%
Humidity
25%
Processing Tool
25%
Southern Europe
25%
Innovative Technologies
25%
Management Approach
25%
Prevention Strategies
25%
Process Method
25%
Fire Prevention
25%
EU-funded Research
25%
Ecological Economics
25%
Economic Solutions
25%
Environmental Threats
25%
Fire Management
25%
Forest Materials
25%
Socio-ecological
25%
Extreme Fire Behaviour
25%
Social Threat
25%
Economic Threat
25%
Earth and Planetary Sciences
Europe
100%
Environmental Economics
100%
Fire Prevention
50%
Fire Behavior
50%
Fire Management
50%
Territory
50%
Southern Europe
50%
Agricultural and Biological Sciences
Ecological Economics
100%
Research Project
100%
Fire Behavior
100%
Prevention Strategies
100%
INIS
fires
100%
europe
42%
economics
28%
tools
14%
solutions
14%
interactions
14%
management
14%
modeling
14%
increasing
14%
communities
14%
forests
14%
atmospheres
14%
humidity
14%
weather
14%
roots
14%
fire prevention
14%
Engineering
Research Project
100%
Methods and Tool
100%
Economics, Econometrics and Finance
Environmental Economics
100%