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Geography of Bangladesh
Bangladesh is mostly a low-lying, flat delta, making it highly vulnerable to flooding.
Elevation in Bangladesh
75% of Bangladesh is less than 10 meters above sea level, increasing flood risk.
River Convergence in Bangladesh
The Ganges, Brahmaputra, and Meghna rivers converge in Bangladesh, contributing to frequent flooding.
Floodplains of Bangladesh
80% of Bangladesh is located on low-lying floodplains of the delta.
Flooding in Bangladesh
Bangladesh is prone to seasonal flooding due to its monsoon climate, providing fertile soil but also posing risks.
Monsoon Rainfall Prediction
Monsoon rainfall in Bangladesh is predicted to rise by 40% by 2030, increasing flood risks.
1998 Bangladesh Flood
In 1998, 75% of Bangladesh was flooded, displacing 30 million people and causing over 1,000 deaths.
Impact of the 1998 Flood
The 1998 flood destroyed 700,000 hectares of crops, severely impacting agriculture and food security.
Flood Action Plan (FAP)
Launched in 1988, the FAP aimed to protect Bangladesh from future flooding with funding from the World Bank and other HICs.
FAP Measures
Included flood level monitoring, warning systems, levees, flood shelters, drainage channels, and reduced deforestation.
Flood Shelters
FAP included building 200 flood shelters on stilts for evacuated people to provide safety during floods.
Flood Water Storage Systems
FAP created flood water storage systems and 5,000 km of drainage channels to divert floodwater from buildings.
Levees and Embankments
Levees and embankments were constructed to protect against flooding from tidal waves and storm surges.
Problems with the FAP
Many parts of the FAP were not completed due to inadequate funding and corruption.
Forced Relocations
The FAP forced 8 million people to move to accommodate construction, leading to social and economic disruptions.
Downstream Impact
Changing the river channel upstream caused increased flooding in downstream areas.
Agricultural Impact
Recognition that some flooding is necessary for agriculture, as it provides vital water and nutrients for crops.
Maintenance Costs
The Bangladeshi government struggled to afford the maintenance costs of FAP structures, affecting long-term effectiveness.
FAP's Lack of Success
The FAP was not considered a success due to incomplete projects, inadequate funding, and negative environmental impacts.
Geography of Bangladesh
Bangladesh is a low-lying, flat delta highly vulnerable to flooding, with 75% of the country less than 10 meters above sea level.
River Convergence in Bangladesh
The Ganges, Brahmaputra, and Meghna rivers converge in Bangladesh, contributing to frequent flooding.
Floodplains in Bangladesh
80% of Bangladesh sits on low-lying floodplains, making it prone to seasonal flooding.
Monsoon and Flooding
Seasonal flooding in Bangladesh is normal, providing fertile soil, but its size, intensity, and frequency are increasing.
Monsoon Rainfall Prediction
Monsoon rainfall in Bangladesh is expected to rise by 40% by 2030, heightening flood risks.
1998 Flood in Bangladesh
In 1998, 75% of Bangladesh was flooded, leaving 30 million people homeless, over 1,000 dead, and 700,000 hectares of crops destroyed.
Bangladesh Flood Action Plan (FAP)
Implemented in 1988, the FAP aimed to protect Bangladesh from future flooding with funding from the World Bank and HICs.
FAP Measures
FAP measures included flood level monitoring, warning systems, levees, embankments, flood shelters, and 5,000 km of drainage channels.
FAP's Challenges and Failures
Many FAP projects were incomplete due to inadequate funding and corruption, forcing 8 million people to relocate.
Ghana's Economy
Ghana is one of Africa's fastest-growing economies, with 45% of the workforce employed in agriculture.
Ghana's Climate Vulnerabilities
Ghana is vulnerable to drought and reduced rainfall, which threaten food and energy security; rainfall is expected to decrease by 4% by 2040.
Temperature Increase in Ghana
Ghana’s mean annual temperatures have increased by 1°C since 1960 and are projected to rise by another 1-3°C by the 2060s.
Urbanization in Ghana
25% of Ghana's population lives in rapidly developing urban areas along the coast, increasing vulnerability to sea-level rise.
Sea-Level Rise in Ghana
Sea levels are expected to rise by 75-190 mm by 2100, threatening coastal communities and infrastructure.
Agricultural Impacts in Ghana
Climate change is causing increased crop loss, shorter growing seasons, desertification, and higher pest and disease rates in Ghana.
Fisheries in Ghana
Ghana's fisheries are facing reduced productivity, declining fish stocks, loss of food sources, and loss of income.
Energy Sector Impacts in Ghana
Reduced rainfall in Ghana is affecting hydropower production, leading to increased costs and intermittent services.
Water Issues in Ghana
Climate change is causing a decline in water quality, seawater ingress, and groundwater contamination in Ghana.
Health Impacts in Ghana
Climate change is increasing vector- and waterborne diseases, respiratory illnesses, and putting additional strain on Ghana's healthcare system.
Ghana's National Adaptation Plan (NAP)
The NAP aims to address climate change impacts sustainably through infrastructure development and ecosystem restoration.
Ghana's Adaptation Strategies
Strategies include building dams, levees, seawalls, and restoring natural habitats like mangrove swamps for ecosystem services.
Bangladesh vs. Ghana: Geography
Bangladesh is low-lying and coastal with a monsoon climate, while Ghana has two ecological zones with a tropical climate influenced by monsoon winds.
Social Vulnerabilities in Bangladesh
Bangladesh has high population density on floodplains with inadequate housing and infrastructure, increasing flood risk.
Social Vulnerabilities in Ghana
Ghana faces increased rural-urban migration, with 25% of the urban population living along low-lying coastal areas.
Economic Overview of Bangladesh
Bangladesh is a lower-middle-income country with high income inequality and a growing services sector that contributes 54.6% to GDP.
Economic Overview of Ghana
Ghana has a stable economy transitioning to industry and services, with agriculture employing 45% of the workforce.
Policy and Governance in Bangladesh
Bangladesh implements climate strategies like BCCSAP and NAPA to address climate impacts.
Policy and Governance in Ghana
Ghana's NAP promotes sector-specific and local-level planning with climate-smart agriculture and alternative livelihoods.
Bangladesh's Vulnerability
More intense rainfall, cyclones, increased sea levels, and food insecurity are key climate threats to Bangladesh.
Ghana's Vulnerability
Higher temperatures, reduced precipitation, increased drought, food insecurity, and water stress are key climate threats to Ghana.
Adaptive Capacity of Bangladesh
Adaptive capacity is hindered by limited resources, economic constraints, and lack of technology in Bangladesh.
Adaptive Capacity of Ghana
Ghana supports climate-smart agriculture and alternative livelihoods to build resilience against climate impacts.