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coolcitytrack's Introduction

COOLCITY-TRACK: Climate Observation and Optimal Local Cooling - City Resilience Assessment and Climate Knowledge

COOLCITY-TRACK is an advanced environmental analysis tool designed to optimize local cooling and enhance the resilience of cities in the face of global warming. Through a climate observation approach, the system aims to identify optimal strategies to mitigate urban heat islands and assess the overall city's resilience to climate challenges.

The tool utilizes data from a network of environmental sensors placed in various urban areas, collecting valuable information on temperature and climate variations over time. This data is integrated with high-resolution satellite imagery to provide a comprehensive view of the city's climatic conditions.

Based on this information, COOLCITY-TRACK analyzes urban heat islands and proposes tailored solutions to reduce heat impacts and improve thermal comfort. Suggestions may include implementing parks, green spaces, and reflective surfaces to mitigate local warming.

Furthermore, COOLCITY-TRACK assesses the city's resilience to future climate challenges, considering different climate scenarios and potential adaptation measures. This helps urban planners and policymakers make informed decisions on urban planning and resource allocation to enhance the city's ability to withstand the impacts of climate change.

By offering a comprehensive assessment of urban climatology and personalized mitigation measures, COOLCITY-TRACK aims to help cities become more resilient, sustainable, and comfortable, providing a better quality of life for their citizens in the face of global climate challenges.

coolcitytrack's People

Contributors

elisa-mcc avatar napo avatar

Watchers

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coolcitytrack's Issues

Fragility and Climate Shelters

  • Identify heat islands in each statistical area
  • Create a climate shelter index and assign this value to green areas
  • Define the concept of fragility/vulnerability (demographic, economic, social and climatic) and compute the overall fragility
  • Identify the most fragile statistical areas
  • Check whether there is a correlation between more fragile statistical areas and:
  • age, gender, and citizenship
  • income
  • heat island
  • In these areas, check whether green areas/climate shelters exist and/or are easily accessible
  • Identify possible changes to improve these areas and prioritize them
  • Compute the overall fragility after these changes

ECOSTRESS spatial radiometer data processing

  • donwload the data of the ECOSTRESS for the area of Bologna in different periods
  • extract the data of the LTS - land temperature surface in geotiff format with a projection utm (read here)
  • identify the right conversion of the data in celsius
  • extract the boundaries of the Bologna from the ISTAT portal
  • create a buffer of the boundary of 10km
  • clip the geotiff with the area created and store it in a repository (the github here isn't enough)
  • transform the raster in vector by aggregate the neighboring cells with the same value ( = this create areas with the same temperature behavior)
  • automate the procedure for the conversion
  • evaluate if it's better use the boundary of the Bologna Metropolitan City ( = the province)

state of the art

Starting from the concept of Climate Shelders collect papers and create a page with a summary with these attributes:

  • Title
  • Authors
  • Year
  • Abstract
  • Lesson learned

The page is under docs

Collect data sources

Create a list of useful data sources to use in your project complete of description and license (?)
Always under docs

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