Watering the world
New design cuts costs, energy needs for drip irrigation, bringing the systems within reach for more farmers.
New design cuts costs, energy needs for drip irrigation, bringing the systems within reach for more farmers.
MIT principal investigators will apply cutting-edge research to the challenges of the developing world, seeking a large-scale impact.
MIT's Comprehensive Initiative on Technology Evaluation announces its latest product evaluations and global partnerships.
PhD student Renato Lima de Oliveira examines how a country's natural resources affect its politics and policies.
Senior Evan Denmark explores new cultures through travel and documentary making.
Over the next century, southern Africa will see widespread decreases in maize production.
Collaboration will explore ways of working with natural systems to address climate change.
MIT researchers are developing mobile torrefaction technology that can convert biomass into clean-burning fuel, unlocking potential income for farmers.
An MIT professor helped turn a class project into a mass-produced product that is helping people in developing countries.
MIT senior leads diverse projects to help women and students in developing countries.
Large-scale tests compare damage from insects and moisture using a variety of containers.
Greater access to services raises daily spending, especially among female-headed households.
Five events build connections between industry, startups, governments, faculty members, and financiers.
Innovators and researchers tackle global issues through actionable research and collaboration.
New MIT research on the flow of water in flexible tubes could make irrigation technology more sustainable and cost-effective.