Harnessing the Power of Electricity for Forest Conservation
In a bid to improve the energy situation and lower transportation costs for the population, an electricity company at district level is being established in Tajikistan. This initiative, led by Welthungerhilfe, aims to address the lack of electricity in remote regions like Kuhistoni Mastchoh primarily through the promotion of renewable energy sources and the introduction of improved cooking stoves.
The project focuses on implementing improved cooking stoves, which are more fuel-efficient and emit less smoke compared to traditional stoves. This reduction in firewood collection need helps combat deforestation and environmental degradation while improving indoor air quality for local residents. Using improved stoves significantly contributes to environmental preservation and reduces health risks caused by smoke inhalation.
Welthungerhilfe also promotes renewable energy sources, such as solar power, to supply electricity in off-grid areas. By enabling decentralized energy access, the intervention fosters local development, providing electricity for households, schools, and small businesses, which supports better livelihoods and economic empowerment.
The construction of eight micro hydro powerplants and solar plants can fulfill the electricity needs of 6,000 people. Training of technicians is being provided for the maintenance of these power plants. Local repair workshops are being established by Welthunghilfe, in partnership with Bargi Sabz, to ensure the long-term sustainability of these energy solutions.
The popularity of the improved cooking stoves built by Zohir Zohirov, a 51-year-old resident of Dehisor, has led to a decrease in the amount of time spent by villagers collecting firewood and dung. Zohir, who has a background in handicrafts and attended school for only 3 years due to its distance from his village, started building modified cooking stoves after attending a Welthungerhilfe information session.
The project subsidizes energy-efficient technologies for vulnerable households, aiming to reduce the dependence on generators for electrical equipment and lower associated costs. The reduced use of firewood, dried dung, and coal for heating and cooking due to the new cooking stoves helps prevent deforestation, erosion of pastures, and high rates of respiratory diseases, especially among women, in the remote region of Kuhistoni Mastchoh.
The project also includes the establishment of local production facilities for energy-efficient technologies like double-glazed windows and fuel-saving cookstoves. The combined measures taken by Welthungerhilfe are effective in remote Tajikistan regions, fostering sustainable rural development and environmental benefits.
Current information indicates that these initiatives enhance quality of life by improving health, enabling longer productive hours through lighting, and supporting income-generating activities. While specific details about Welthungerhilfe’s work in Kuhistoni Mastchoh are not fully elaborated in the available search results, general evidence from similar renewable energy and improved stove projects suggests these combined measures are effective in remote Tajikistan regions, fostering sustainable rural development and environmental benefits.
References:
- Welthungerhilfe's work in Tajikistan
- Improved Cooking Stoves and Renewable Energy in Tajikistan
- Zohir Zohirov: A Potato Farmer Turned Cookstove Builder
- Environmental and Health Benefits of Improved Cooking Stoves in Tajikistan
- The project in Tajikistan, led by Welthungerhilfe, is not only focused on implementing improved cooking stoves but also promoting renewable energy sources like solar power to combat climate-change and lower transportation costs.
- In addition to the construction of micro hydro powerplants and solar plants, the project supports the environmental-science field by reducing deforestation, erosion, and respiratory diseases through the increased use of fuel-efficient stoves and renewable energy.
- The financial benefits of these initiatives extend to the industry level, as decentralized energy access fosters local development, enabling households, schools, and small businesses to economically empower themselves through better livelihoods and reduced energy costs.
