Podcasts about berkeley darfur stove

As we rethink our energy use, we focus on the highest polluters, and at a global scale. But energy use at a much finer scale seriously threatens the health and safety of hundreds of millions of people who still cook on inefficient wood stoves in developing countries. Berkeley professor Ashok Gadgil and his students launched the Berkeley Darfur Stove project to design and build efficient and inexpensive stoves. They then created a non-profit to manufacture the $20 stoves in Mumbai. The stoves’ efficiency halves the fuel wood to cook each meal, and the time needed to collect it. Women purchasing fuel wood saved about $260 per year. Series: "Cal Future Forum: Our Changing World" [Science] [Show ID: 33083]

As we rethink our energy use, we focus on the highest polluters, and at a global scale. But energy use at a much finer scale seriously threatens the health and safety of hundreds of millions of people who still cook on inefficient wood stoves in developing countries. Berkeley professor Ashok Gadgil and his students launched the Berkeley Darfur Stove project to design and build efficient and inexpensive stoves. They then created a non-profit to manufacture the $20 stoves in Mumbai. The stoves’ efficiency halves the fuel wood to cook each meal, and the time needed to collect it. Women purchasing fuel wood saved about $260 per year. Series: "Cal Future Forum: Our Changing World" [Science] [Show ID: 33083]

As we rethink our energy use, we focus on the highest polluters, and at a global scale. But energy use at a much finer scale seriously threatens the health and safety of hundreds of millions of people who still cook on inefficient wood stoves in developing countries. Berkeley professor Ashok Gadgil and his students launched the Berkeley Darfur Stove project to design and build efficient and inexpensive stoves. They then created a non-profit to manufacture the $20 stoves in Mumbai. The stoves’ efficiency halves the fuel wood to cook each meal, and the time needed to collect it. Women purchasing fuel wood saved about $260 per year. Series: "Cal Future Forum: Our Changing World" [Science] [Show ID: 33083]

As we rethink our energy use, we focus on the highest polluters, and at a global scale. But energy use at a much finer scale seriously threatens the health and safety of hundreds of millions of people who still cook on inefficient wood stoves in developing countries. Berkeley professor Ashok Gadgil and his students launched the Berkeley Darfur Stove project to design and build efficient and inexpensive stoves. They then created a non-profit to manufacture the $20 stoves in Mumbai. The stoves’ efficiency halves the fuel wood to cook each meal, and the time needed to collect it. Women purchasing fuel wood saved about $260 per year. Series: "Cal Future Forum: Our Changing World" [Science] [Show ID: 33083]

As we rethink our energy use, we focus on the highest polluters, and at a global scale. But energy use at a much finer scale seriously threatens the health and safety of hundreds of millions of people who still cook on inefficient wood stoves in developing countries. Berkeley professor Ashok Gadgil and his students launched the Berkeley Darfur Stove project to design and build efficient and inexpensive stoves. They then created a non-profit to manufacture the $20 stoves in Mumbai. The stoves’ efficiency halves the fuel wood to cook each meal, and the time needed to collect it. Women purchasing fuel wood saved about $260 per year. Series: "Cal Future Forum: Our Changing World" [Science] [Show ID: 33083]

As we rethink our energy use, we focus on the highest polluters, and at a global scale. But energy use at a much finer scale seriously threatens the health and safety of hundreds of millions of people who still cook on inefficient wood stoves in developing countries. Berkeley professor Ashok Gadgil and his students launched the Berkeley Darfur Stove project to design and build efficient and inexpensive stoves. They then created a non-profit to manufacture the $20 stoves in Mumbai. The stoves’ efficiency halves the fuel wood to cook each meal, and the time needed to collect it. Women purchasing fuel wood saved about $260 per year. Series: "Cal Future Forum: Our Changing World" [Science] [Show ID: 33083]

Join us for a conversation with Andree Sosler, Executive Director The Darfur Stoves Project. As we have discussed on previous shows, the situation in Darfur is a genocide happening "on our watch". The International Criminal Court (ICC) has issued an arrest warrants for top ranking Sudanese officials, but millions of Darfur is continue to be affected and displaced. The two million displaced Darfuris currently living in internally displaced persons (IDP) camps receive food aid and cooking oil from a variety of humanitarian aid organizations. However, they are still responsible for gathering firewood as fuel for cooking. Due to the aridity of the land and the size of the camps, wood is scarce and growing scarcer. With deforestation, women and young girls must walk further and further from the relative safety of the camps in search of wood. Today, Darfuri women must walk up to seven hours, three to five times per week, just to find a single tree. These searches are the main reason why Darfuri women and girls leave the relative safety of the camps for the open countryside, where they are vulnerable to violent attacks and sexual assault.The mission of the Darfur Stoves Project is to improve the safety and wellbeing of internally displaced persons in Darfur by providing fuel-efficient cookstoves. The Berkeley-Darfur Stove reduces the quantity of firewood women need to cook for their families by at least 50 percent. This allows Darfuri women to dramatically reduce the amount of time spent outside the camps collecting firewood. Executive Director of the Darfur Stoves Project, Andree Sosler, discusses her recent 3 week visit to Darfur, as well as the impact that her organization is having is mitigating the atrocities caused by the Darfur tragedy.

For millions of refugees in makeshift camps in the Darfur region of western Sudan, collecting firewood for their cooking stoves is difficult, dangerous, and the stoves produces a great deal of carbon dioxide. After visiting the region, researchers at the Lawrence Berkeley National Laboratory with students at the University of California, Berkeley and volunteers from Engineers Without Borders developed the “Berkeley-Darfur Stove”, a stove four times more fuel efficient than the 3-stone fires traditionally used in Darfur. Series: "Lawrence Berkeley National Laboratory " [Science] [Show ID: 19661]

For millions of refugees in makeshift camps in the Darfur region of western Sudan, collecting firewood for their cooking stoves is difficult, dangerous, and the stoves produces a great deal of carbon dioxide. After visiting the region, researchers at the Lawrence Berkeley National Laboratory with students at the University of California, Berkeley and volunteers from Engineers Without Borders developed the “Berkeley-Darfur Stove”, a stove four times more fuel efficient than the 3-stone fires traditionally used in Darfur. Series: "Lawrence Berkeley National Laboratory " [Science] [Show ID: 19661]