Horticulture Techologies
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New, low-cost indicator of food dryness: DryCard In developing countries, mold growth on dried foods can result in postharvest losses for farmers and unsafe foods for consumers. Food will not mold if it is properly dried, but smallholder farmers do not have access to a cost-effective way of...
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Effective management during the postharvest period, rather than the level of sophistication of any given technology, is the key in reaching the desired objectives. While large scale operations may benefit from investing in costly handling machinery and high-tech postharvest treatments, often...
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20.07.2002 The three main objectives of applying postharvest technology to harvested fruits and vegetables are: to maintain quality (appearance, texture, flavor and nutritive value) to protect food safety, and to reduce losses between harvest and consumption. Effective management during the postharvest...
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The Horticulture Innovation Lab builds international partnerships for fruit and vegetable research to improve livelihoods in developing countries. The program team and its projects help the world's poorest people break out of a persistent cycle of poverty by improving smallholder farmers’...
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The Horticulture Innovation Lab's global research network advances fruit and vegetable innovations, empowering smallholder farmers to earn more income while better nourishing their communities. The program is funded by the U.S. Agency for International Development and led by ateam at the...
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In many tropical countries, tomato production can be dramatically impacted by soilborne pathogens, impacting the livelihoods of rural families. The most limiting soilborne pathogen in the tropics isRalstonia solanacearum,bacterial wilt. Tomato grafting technology is a proven technology...