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SEO Content

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Headings H1 0
H2 6
H3 4
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drying beads
drying beads
the importance of seed drying-for farmers, co-operatives, government institutions and seed companies
simple and effective drying and storage of seeds and horticultural products for developing world farmers
hortcrsp
rhino research group
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applications
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strong
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- - http://www.dryingbeads.org/
home http://www.dryingbeads.org/
drying beads http://www.dryingbeads.org/?page_id=4249
dry chain http://www.dryingbeads.org/?page_id=4232
publications http://www.dryingbeads.org/?page_id=4243
contact http://www.dryingbeads.org/?page_id=2712
faq http://www.dryingbeads.org/?page_id=78
learn more http://www.dryingbeads.org/?avada_portfolio=pest_control;
- http://www.dryingbeads.org/?page_id=72
the technology http://www.dryingbeads.org/?page_id=72
- http://www.dryingbeads.org/?page_id=80
how to use http://www.dryingbeads.org/?page_id=80
- http://www.dryingbeads.org/?page_id=3823
applications http://www.dryingbeads.org/?page_id=3823
- http://www.dryingbeads.org/?page_id=84
tools http://www.dryingbeads.org/?page_id=84
http://hortcrsp.ucdavis.edu/ http://hortcrsp.ucdavis.edu/

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homedrying beadsdry chainpublicationscontactfaq drying beads making drying possible everywhere improving seed quality for smallholders horticulture crsp projects in asia strengthen indigenous, informal seed systems and introduce new technologies for drying and storing seeds. photo: ricky bates / horticulture crsp traditional drying methods cannot reduce seed moisture sufficiently under humid conditions seeds equilibrate with air humidity. air drying cannot reduce seed moisture content to safe storage levels in humid climates. pest control correct drying and storage play a major role in the reduction of pests and diseases. learn more drying beads the technology how to use applications tools the importance of seed drying-for farmers, co-operatives, government institutions and seed companies seed storage can be a major problem because the majority of the world’s poor countries are located in the tropics, where the combination of high temperature and high relative humidity causes rapid deterioration of seed quality. in south asia, seeds harvested before or during the monsoon season need to be dried and stored until the next planting season. the relative humidity of the air for most of the period between harvest and planting often exceeds 75% and temperatures remain above 30°c, causing seeds to deteriorate rapidly. seeds absorb water from the ambient air when they are stored in humid environments and lose water when stored in low relative humidity. generally speaking, a seed’s longevity is reduced by approximately half for every 1% increase in seed moisture content (water content as a percent of fresh weight) or 5°c increase in temperature, and the effects are additive. thus, seeds stored at 10% moisture content and 30°c will last only one-quarter as long as seeds stored at 9% moisture content and 25°c. this principle implies that seed storage life can be enhanced considerably by lowering both moisture and temperature. however, moisture content is the key factor that can be lowered for successful seed storage in tropical countries. cold storage is expensive and difficult to maintain because electricity supplies are often inconsistent and unreliable. in addition, seeds that are dried to low moisture contents are more tolerant of storage at warm temperatures. however, even prolonged sun drying in high humidities cannot reduce seed moisture content to the levels low enough to assure long-term viability.these problems can be overcome by drying seeds to low moisture contents using inexpensive hermetic containers and drying beads, a recently developed desiccant technology. using drying beads, seeds can be quickly and efficiently dried to safe storage moisture contents, and storing seeds in hermetic containers not only maintains low moisture contents, it also prevents losses to rodents, insects and molds. seed desiccant drying beads provide a simple, inexpensive and reusable method for seed drying in humid climates. in addition, the beads can also be used to dry herbs, vegetables, fruit, nuts, medicinal plants, or other horticultural products. simple and effective drying and storage of seeds and horticultural products for developing world farmers delivering improved seeds to smallholder farmers in the developing world is an efficient and sustainable method of increasing crop yields and quality. unlike fertilizers, pesticides and equipment, seeds can be produced locally for distribution to farmers or self-saved. furthermore, improved varieties of horticultural crops often reduce dependence on synthetic pesticides, improve food safety, reduce pre- and post-harvest losses and fetch higher prices in the market. however, the benefits that developing world farmers accrue from improved varieties can depend on their local systems for seed drying and storage. without proper storage conditions, seeds can rapidly lose viability, resulting in poor crop establishment, lack of uniformity, reduced yields and poor marketability. farmers’ experience with poor seed performance lowers their incentive to invest in genetically improved seeds and stymies development of breeding and seed marketing systems for more productive horticultural varieties. on the other hand, farmer confidence in the quality of purchased seeds and in their ability to store they safely will strengthen local seed markets and increase yields and incomes. hortcrsp     the goal of the horticulture collaborative research support program (hortcrsp), funded by the us agency for international development (usaid), is to realize the opportunity that horticultural development offers of meeting the food needs and improving nutrition and human health in the developing world, while providing opportunities for diversification of income and consequent economic and social advancement of the rural poor and particularly women. hortcrsp seeks to increase food security and improve the quality of life of people in developing countries while bringing an international focus to the research, teaching, and extension efforts of u.s. institutions. see http://hortcrsp.ucdavis.edu/ for more information.in february 2010 for one year and again in september 2011 for three years, hortcrsp awarded funds to a consortium of researchers to test, develop and implement new technology for drying and storing horticultural seeds, particularly in humid climates. the project focuses on the application of drying beads®, a zeolite-based desiccant, to dry seeds and other horticultural commodities. with collaborators in nepal, bangladesh, kenya, india, thailand, and usa, the project is working with local seed and agricultural networks to introduce this novel seed drying technology to small farmers and demonstrate its value in preserving seed quality without the need for special temperature or humidity controlled environments. this website provides more information about the technology. rhino research group the rhino research group continuously aims at providing seed technologies that have been proven to work worldwide through our research and development. the rhino research drying beads® is one on the technologies that we take pride in and believe that it will revolutionize the way we dry and store seeds.the mobidry® method using the drying beads technology is a fast and easy way for drying the seeds and, if stored properly, prolongs the shelf life of seeds. the mobidry® system not only increases the quality of the dried and stored seeds, but this also in a very efficient and cost-effective way.rhino research group will provide necessary technical, collaborative and other support to carry out the all activities related to drying beads technology. mr. johan van asbrouck  (managing director of rhino research group) who is the developer of improved drying beads specifically for seed drying and also the technology provider partner for hort crsp project on seed drying and storage will act as contact person on behalf of rhino research group, thailand. copyright 2014 drying beads | all rights reserved


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Words density analysis:

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