- Significant Economic Losses: One-third of Asia-Pacific nations face annual economic losses of at least 6% of GDP due to climate-related events like floods, heatwaves, droughts, and cyclones, according to UNESCAP.
- Average Annual Loss (AAL): The AAL across 30 Asia-Pacific countries averages 4.8% of GDP, exceeding 7% in Fiji, Myanmar, and Pakistan, and reaching nearly 11% in Cambodia.
- Vulnerable Economies: Eleven countries (Afghanistan, Cambodia, Iran, Kazakhstan, Laos, Mongolia, Myanmar, Nepal, Tajikistan, Uzbekistan, and Vietnam) are particularly vulnerable to climate risks from a macroeconomic perspective.
- Rapid Urbanization & Infrastructure: Rapid urbanization and weak infrastructure, especially in coastal areas, intensify climate risks and losses.
- Sectoral Impacts: Agriculture faces up to a 14% reduction in rice yields by 2050. Coal and oil-reliant countries face economic disruption due to the renewable energy transition. Fishing stocks could decline by 30% in tropical regions by 2050.
- India’s Vulnerability: India could face a 24.7% GDP loss by 2070 due to climate impacts, ADB estimates.
- Extreme Heat in India: India could account for 34 million of the projected 80 million global job losses by 2030 due to heat stress. 4.5% of India’s GDP could be at risk from lost labor hours.
- Rising Sea Levels in India: 32% of India’s coastline experienced erosion (1990-2018), increasing flood risks in coastal cities.
- Extreme Weather Events in India: India ranks 6th among countries most affected by extreme weather (1993-2023), with USD 180 billion in economic losses.
- Circular Economy: Asia-Pacific countries should promote circular economy systems to cut emissions.
- Green Innovation: Encouraging climate-tech startups in areas like carbon capture, and renewable energy production and storage.
- Climate-Resilient Infrastructure: Invest in flood-proof and heat-resistant infrastructure to protect urban areas.
- Loss and Damage Fund (LDF): Scaling up the LDF is crucial for impactful adaptation in Asia-Pacific.
Sickle Cell Disease
- RRI’s Affordable Screening Device: Raman Research Institute (RRI) has developed a cost-effective electro-fluidic device for preliminary screening of Sickle Cell Disease (SCD).
- High-Resolution Stiffness Measurement: The device quantifies whole-cell stiffness with high resolution and throughput, differentiating SCD and healthy donor RBCs with high precision.
- How it Works: The device measures cell volume and stiffness in free-flight and constricted-flight modes, correlating flight time with cellular stiffness.
- Potential Impact: This technology could change diagnostic methods for blood disorders, offering a rapid way to detect mechanical abnormalities in RBCs. Its portability and cost-efficiency make it suitable for mass-screening in both rural and urban areas.
- Beyond SCD: Whole cell stiffness measurements have applications in tumor cell detection and veterinary blood disorders. The device principle could also be applied to improve hydrogel materials for drug delivery systems.
- SCD Basics: SCD is an inherited blood disorder affecting red blood cells (RBCs) due to flawed hemoglobin. Sickled RBCs block blood flow, causing pain, organ damage, anemia, and other complications.
- Inheritance: SCD is caused by inheriting two sickle cell genes (one from each parent).
- Symptoms: Include tiredness, swollen hands/feet, jaundice (early), severe pain, anemia, organ damage, and infections (later).
- Treatments: Bone marrow transplant can cure SCD; other treatments relieve symptoms. Gene therapy has been approved in UK.