Green Resilience

Acidification harms marine species, especially shell-forming organisms like corals, oysters, and some plankton species, disrupting marine ecosystems and the food chains that depend on them. #GreenResilience #ClimateChange #EcoSystem

Oceans absorb around 30% of CO₂ emissions, leading to chemical reactions that lower pH levels and make oceans more acidic. #GreenResilience #ClimateChange

Social protection system addresses various dimensions of vulnerability, including life-cycle risks, childhood, working age, old age, economic risks unemployment, poverty, and social risks gender-based inequality. #GreenResilience #EconomicStability #SocialProtection

Changing precipitation patterns lead to more severe floods in some areas and prolonged droughts in others. This impacts agriculture, water availability, and overall ecosystem health. #GreenResilience #ClimateChange #EcosystemHealth

Warmer oceans fuel more intense storms, causing an increase in hurricanes, cyclones, and typhoons, which bring flooding and damage to affected areas. #GreenResilience #ClimateChange

Social protection system should also adjust for demographic changes like aging populations or shifts in the labor market. #GreenResilience #DemographicChange

Gases remain trapped in the atmosphere and impose various negative effects on the ecosystem. It may include a rise in the sea level, extreme weather conditions, melting polar ice, floods, droughts causing wildfires. #GreenResilience #ClimateChange #Ecosystem

There may be several reasons for climate change as per scientific consensus, primarily being the overexploitation of fossil fuels by humans and deforestation. #GreenResilience #ClimateChange

As ice melts, sea levels rise, threatening coastal cities and island nations #GreenResilience #ClimateChange #Nations

For instance, during a crisis (e.g., natural disaster or pandemic), social protection systems must be responsive and scalable to provide #GreenResilience #SocialProtection