Applied Research

Climate change is without doubt the most significant factor influencing the future of our life on earth, with extreme weather events already more frequent and intense, causing increasingly adverse impacts to lives and livelihoods felt globally. With knowledge of climate changes and strong preparedness plans, societies can both optimize opportunities, better cope with climate hazards, […]

Climate change is without doubt the most significant factor influencing the future of our life on earth, with extreme weather events already more frequent and intense, causing increasingly adverse impacts to lives and livelihoods felt globally. With knowledge of climate changes and strong preparedness plans, societies can both optimize opportunities, better cope with climate hazards, and reduce the losses incurred by such events. Program development, therefore, needs to consider climate risks and integrate measures to ensure that these risks are reduced to acceptable levels.

Climate proofing refers to  the process of assessing sensitivity of development outcomes to current and future climate and ensuring that climate risks are reduced and integrated in the planning, design, budgets, and implementation of development programs.
Climate proofing entails:

  • analysis of the climate in the project area, which includes current climate variability and extremes, observable trends, and climate change scenario
  • analysis of climate sensitivity of each program output/ outcome; and level of risk to the program output/ outcome.
  • identification and prioritization of adaptation opportunities. These measures or adaptation opportunities are then scored for their adaptation value and the enabling environment for taking up such options.
  • provision of recommendations for integration into project design and implementation.
     

Related

View All

Based on the unique demands of sectoral stakeholder and national priorities, RIMES continues to develop tools, training materials and decision support systems by:  Integrating forecast products of high resolution and varying scales with localized decision context based on country’s demands Integrating localized analytics, and advanced technology for information access – Internet of Things (IOT) and […]

Ongoing services provided by RIMES to National Tsunami Warning Centers of Member States include: Seismic, sea level and deep ocean monitoring Data exchange, processing and analysis, and archiving Provision of earthquake alerts and regional tsunami bulletins RIMES supports NTWCs for the integration of climate change adaptation strategy to reduce vulnerability and enhance community resilience through:  […]

Capacity building is an integral component in RIMES climate information application projects. We build institutional capacity to translate early warning information into sectoral impact forecasts to guide advisory generation, and enable end-users to access forecasts and warnings, understand risks and act. RIMES supports NMHSs’ priorities and conducts on-demand training and workshops with the following objectives: […]