CALAC+ supports clean air strategies in Latin American metropolises fostering normative and technological changes towards application of soot-free engines in public urban transport systems and off-road machinery. The reduction of air pollutants that are both an important impediment to sustainable development and a key contributor to climate change will be achieved by means of, targeted capacity building, sharing experiences and curbing private sector engagement in clean air issues.
BASAL contributes to the reduction of the vulnerabilities of the agricultural sector to climate change in Cuba. Its contributions concentrate on the identification, development and application, of measures and tools to promote the adaptation of the Cuban agriculture to the effects of climate change. The project also increases institutional and individual capacities to use the tools and methodologies, put at the disposal of the authorities and the Cuban institutions for the implementation of effective politics that contribute to a sustainable food production in a context of changing climate.
An earthquake of the magnitude of 7.8 (Richter scale) hit Northern Ecuador, on 16 April 2016. Damages were widespread, collapsing structures within hundreds of km’s from the epicenter. Following SDC/HA’s emergency and early recovery interventions, SHA will provide the Ecuadorian government with technical support in capacity building on earthquake resistant construction, capitalizing SDC’s experiences from Pakistan and Haiti.
The high mountainous area of the Pamirs are highly prone to natural disasters such as earthquakes, landslides, avalanches, draughts, glacial lakes outbursts and other earth mass movements. The project will strengthen the communities' and government’s capacity to analyze and manage risks and effectively employ natural resources in a coordinated manner to contribute to increased protection against natural hazards, reducing populations’ vulnerability to natural shocks and to increase their overall resilience.
Due to frequent occurrence of natural disasters the Government has endorsed number of laws and regulations, and developed relevant structure for DRM. However, the disaster risk governance requires further improvement. The project will assist the Government to expand approaches to risk governance at the national level involving the Government, civil society and the international community and improving local risk governance using risk assessments and risk informed land use planning targeting land owners and users.
High demographic growth in the Great Lakes increases the competition for scarce natural resources and boosts the demand for affordable housing. The project aims at triggering local economic development, improving working conditions and increasing off-farm employment through climate responsive building material production. Results of the first phase allow for a technology transfer adjusted to local needs and scaling up of the brick production value chains in the region.
The programme facilitates the establishment of a system of territorial water governance, sustainable and integral water resource management, and the construction of 6 strategic water works as a result of private-public agreement in the Choluteca, Sampile and Nacaome watersheds in the region of the Gulf of Fonseca. The program empowers public-private water users and political stakeholders who lead national water policy and it indirectly benefits 66,000 families.
The sensitivity of the Indian Himalayan Region (IHR) to changes in global climate has been recognised and given priority by the Government of India. However, knowledge and scientific information on climate change impacts on the IHR is still limited and capacities to adapt are weak. The Indian Himalayas Climate Adaptation Programme (IHCAP) aims at bridging the knowledge gap on climate change impacts and response measures by supporting collaborative research, capacity building and knowledge exchange and dissemination.
Environmental degradation and climate change are reducing the capacity of the Dipilto River watershed to provide ecosystem services (water, forest) to the population, increasing their vulnerability and deepening poverty. The program will strengthen dialogue among stakeholders, empower communities and provide economic incentives for restoring the hydrologic and environmental equilibrium of the watershed, increasing the resilience of its 27 thousand inhabitants.
The Lima Call for Climate Action adopted during COP20 in Lima stresses the urgency for fast-track adaptation and building resilience in the developing world; climate risk management plays a key role. Glacial retreat triggers natural hazards and puts at risk water supply and key economic activities such as hydropower generation – globally impacting hundreds of millions of people. Lessons from Peru will be valuable input for the global dialogue the urgently needs evidence-based practical experience in risk management and successful adaptation in glaciated basins.
The earthquakes that struck Nepal in April and May 2015 caused the destruction of 500,000 houses and the damage of 280,000 houses. Nepal does not have sufficient construction workers with knowledge of earthquake resilient technologies. This project will train 3,000 people from the disaster affected districts in reconstruction relevant trades and in the use of earthquake resilient building techniques while 4,000 houses, the trainees own as well as other homes, are built.
 Figures provided by the Government of Nepal: http://drrportal.gov.np
10'000 families in 19 municipalities of the country improve their food security and their situation of poverty by practising sustainable and climate-smart agriculture. The Project will provide resources so that small-hold farmers in environmentally degraded dry areas affected by climate change and variability develop capacities, exchange knowledge and apply technologies for climate change adaptation.