What is one proposed strategy to better understand heat risk in refugee camps?*1 pointRelocating camps to urban areas with more resources available to refugeesInstalling temperature sensors and weather stations within and around refugee campsIncreasing the number of food distribution points in refugee hosting regionsImplementing nightly curfews

Which of the following present challenges to addressing extreme heat in refugee settings?*1 pointAsylum policies may restrict refugee ability to move away from a camp or settlementRefugees may be unfamiliar with the local climate and unaware of risks presentThere are currently no widely accepted policies or standards to guide humanitarian response to extreme heat in refugee settingsAll of the above

Why is extreme heat a significant concern for refugees compared to other populations?*1 pointRefugees typically have more assets to adapt to extreme heatRefugees are often concentrated in regions facing rapid warming with few resources to adaptRefugee camps are usually short-lived and thus less affected by climate changeRefugees generally have lower exposure to extreme heat compared to non-refugee populations

What is a potential direct health impact of extreme heat on refugees?*1 pointImproved physiological conditionsIncreased risk of heat-related illnessesIncreased malnutrition and hungerDecreased need for medical care

What type of data can be used to analyze long-term heat stress in refugee settings?*1 pointLocal weather forecastsGlobal climate reanalysis productsPersonal health recordsUrban heat island effect studies

What was a key finding of the 2023 study on global flood risk data for refugee camps in Ethiopia?*1 pointGlobal population data alone is sufficientLocal data is not necessaryGlobal data needs to be supplemented with local dataFlood risk data is irrelevant