|
|
Madagascar bean (Phaseolus lunatus) | 81-8 |
Madagascar, role of native trees in | 71-5 |
Magnaporthe grisea (rice blast), control by interplanting | 82-4 |
Maintaining soil fertility in the tropics | 74-1 |
Maize and aflatoxin | 87-3 |
Maize and the green famine phenomenon | 91-6 |
Maize as an unsuitable staple crop | 77-1 |
Maize hybrids, introducing | 64-3 |
Maize in Africa | 94-3 |
Maize in semi-arid areas | 93-6 |
Maize variety trials in sub-Saharan Africa | 80-3 |
Maize, "Painted Mountain” | 66-7 |
Maize, ‘Hawaiian Supersweet’ | 83-8 |
Maize, creolization of hybrid varieties | 88-4 |
Maize, develop your own variety | 100-5 |
Maize, International Research Center | 64-4 |
Maize, open-pollinated | 64-3 |
Maize, protecting with weeds | 77-4 |
Maize, Tex-Cuban silage | 76-10 |
Malabar spinach | 57-2 |
Malaria and papaya leaf tea | 69-6 |
Malaria control from burning neem oil | 90-5 |
Malaria fuels spread of AIDS | 95-7 |
Malaria prophylactic from papaya leaf tea – feedback | 77-6 |
Malaria protection | 54-7 |
Malaria treatment with artemisinin, resistance to | 103-5 |
Malaria Vaccine Initiative | 99-5 |
Malaria, artemisinin patented for | 95-1 |
Malaria, fake artesunate drugs for, in SE Asia | 99-5 |
Malaria, held back by papaya leaf tea? | 80-6 |
Malaria, preventing with insecticide-treated nets | 68-7 |
Malaria, table of herbal remedies for | 95-2 |
Malaria, treatment with artemisia tea | 95-2 |
Malian peanut/groundnut sheller | 82-4 |
Malnutrition and child mortality | 53-4 |
Malted barley flour for malnourished infants | 102-5 |
Malting process for thinner, nutrient-dense porridge | 107-2 |
Management | 82-1, 100-7 |
Management principles of FGW | 98-1 |
Managing plant-parasitic nematodes | 75-1 |
Mango crop loss in Philippines | 72-6 |
Mango, trauma to induce early flowering | 89-1 |
Mangoes, improved method for ripening | 73-4 |
Manoa lettuce | 72-8 |
Manuals from ACIAR about control of Newcastle disease in chickens | 118-4 |
Manure management | 58-3 |
Manure near crop plants to boost fertility | 119-5 |
Marketing information from ATTRA | 112-3 |
Marketing information from CRS | 112-5 |
Marketing moringa products | 78-5 |
Marketing niche crops | 71-5 |
Marketing soybeans, difficulty of | 92-2 |
Martin Price, retirement of | 101-1 |
Matrix scoring, participatory method | 69-4 |
Mauritania, vegetable gardens in | 84-1 |
Melia azedarach, ingredient in termite repellent | 86-4 |
Meloidogyne spp. (root-knot nematode) | 75-1 |
Melons, saving seed of | 94-3 |
Mercury, human exposure due to gold mining | 119-7 |
Metal silos for grain storage | 112-1 |
Method for ripening mangoes | 73-4 |
Methyltestosterone for sex reversal of fish | 105-3 |
Mexican turnip (Pachyrhizus erosus) | 102-7 |
Micro dosing with manure to boost fertility | 119-5 |
Microbial digestion in ruminants | 76-1 |
Microfinance Consulting Services from World Relief | 72-5 |
Microfinance, Savings Group model | 115-1 |
Micro-irrigation in Haiti | 79-5 |
Microirrigation using wicks | 115-4 |
Microorganisms, soil, multiplication of | 110-1 |
Micro-placement of fertilizer | 100-5 |
Micro-scale water harvesting | 63-1 |
Mildew, cow’s milk to control powdery | 69-5 |
Milk, to control powdery mildew | 69-5 |
Mineral blocks for ruminants | 76-5 |
Mineral deficiencies due to phytates in whole grains | 103-3 |
Missions and Tropical Agriculture course at ECHO | 90-8 |
Mist, trees to catch condensation from | 89-3 |
Mistakes in agricultural development | 93-6 |
Mites in beekeeping | 58-4 |
Moisture content of seeds, reducing | 109-6 |
Moisture content, effect on seed quality | 86-2 |
Mole repellent effective | 72-7 |
Moles, repellent recipe | 68-6 |
Money, African and Western approaches to | 89-6 |
Moringa brochures popular in Haiti | 116-8 |
Moringa drouhardii | 114-7 |
Moringa for nutrition | 64-5, 100-9 |
Moringa information from 2006 workshop | 104-7 |
Moringa leaf powder | 109-3 |
Moringa leaf powder, comparison with baobab leaf powder | 115-6 |
Moringa leaves wanted | 111-11 |
Moringa named Tree of the Year | 86-5 |
Moringa oleifera for living fence | 116-4 |
Moringa oleifera, PKM-2 | 96-7 |
Moringa oleifera, tolerance to freezes | 114-6 |
Moringa ovalifolia | 114-7 |
Moringa seed pods, cooking and eating | 109-3 |
Moringa seed to clarify water | 90-1 |
Moringa seed used like miracle fruit | 112-6 |
Moringa seeds for water purification | 85-6 |
Moringa stenopetala, request for seed | 112-7/a> |
Moringa stenopetala and goiter | 82-5 |
Moringa stenopetala from ECHO | 71-9 |
Moringa stenopetala, caution about | 82-5 |
Moringa stenopetala, part of moringa taste test | 85-5 |
Moringa taste test results | 85-5 |
Moringa use in Tanzania | 109-3 |
Moringa, ‘PKM-1’ variety | 69-7 |
Moringa, and water treatment | 68-4, 100-9 |
Moringa, as green manure | 68-2 |
Moringa, as livestock feed | 68-3 |
Moringa, drying during rainy season | 101-6 |
Moringa, experience with in Indonesia | 87-7 |
Moringa, important as vegetable in Niger | 97-6 |
Moringa, intensive leaf production | 68-2, 100-16 |
Moringa, leaf concentrate for feed | 68-3 |
Moringa, leaf extract as plant hormone | 68-1 |
Moringa, marketing and small-scale farmers | 78-5 |
Moringa, request for seed from network | 77-5 |
Moringa, seed oil extraction | 68-3 |
Mosquito nets and insecticides—suppliers for Africa | 73-5 |
Mosquito nets, insecticide-treated | 68-7 |
Mosquitoes and malaria | 54-8 |
Mosquitoes, repelled by neem oil in kerosene lanterns | 90-5 |
Mother and Baby maize variety trials | 80-3 |
Motis, Tim, introduction as co-editor | 101-1 |
Motor oil, recycling of used | 93-2 |
Motor oil, used, market for | 94-4 |
Mount Cotton variety of Sesbania sesban | 70-8 |
Mozambique, community garden project in | 114-3 |
Mucuna enana | 78-8 |
| Mucuna pruriens | 78-8 |
Mucuna trichomes to deworm goats | 92-5 |
Mud dip for roots when transplanting | 100-6 |
Mukibat system of grafting for cassava | 89-2 |
Mulch as part of Nutrient Access Concept | 74-6 |
Mulch, importance for FGW method of farming | 98-1 |
Mulch, importance of | 100-3 |
Mulching in arid areas | 60-6, 62-4 |
Multiplication of banana and plantain plants | 66-2, 99-1, 100-12 |
Mung beans (Vigna radiata) | 93-7 |
Muntingia calabura, the Strawberry Tree | 80-8 |
Mustard family, leafy green vegetables | 87-9 |
Mustard greens, Brassica juncea | 87-10 |
Mustard Seed Foundation, grants from | 72-5 |
Mwangi, Davidson; work with amaranth | 91-2 |
Mycorrhizal fungi, adding to compost | 96-6 |
Mycorrhizal fungi, relationship with Tithonia and Lantana | 86-5 |
Napier grass with silage and hay | 62-3 |
Napier grass, trap crop for stemborers | 116-5 |
Native trees, role in Madagascar | 71-5 |
Natural Farming | 110-1 |
Natural medicine, defined by anamed | 95-1 |
Natural regeneration for reforestation | 90-3 |
Natural regeneration in arid areas | 58-4 |
Neem for control of Varroa mites | 73-1 |
Neem leaf extract, effect on N-fixing in beans | 103-4 |
Neem oil burned for malaria control | 90-5 |
Neem to discourage insect feeding | 100-15 |
Neem, locust control | 54-3 |
Neem, viability | 52-3 |
Nematicides | 75-5 |
Nematode infestation, identification of | 75-2 |
Nematode-resistant plant species and varieties | 75-3 |
Nematodes, damage caused by | 75-2 |
Nematodes, methods of management | 75-1, 100-14 |
Nematode-suppressive crops | 75-4 |
Nesman, Ed; feedback on smoke article | 88-6 |
Networking Forum in West Africa | 107-8 |
Newcastle disease control in Southern Africa | 118-3 |
Newcastle disease,role of NGOs in control of | 118-5 |
NF, Natural Farming | 110-1 |
NGO's role in control of Newcastle disease | 118-5 |
Nicaragua, redworms in | 104-1 |
Niche crops, marketing | 71-5 |
Niger, importance of moringa in | 97-6 |
Niger, reforestation in | 90-3 |
Nightshade, edible African (Solanum scabrum) | 103-8 |
Niles, Wayne, overview, 10 years in Haiti | 79-1,100-6 |
Nitrogen fixation by leguminous plants | 101-4 |
Nitrogen, non-protein sources for ruminants | 76-3, 76-4 |
Nitrogen-fixing crops, inoculant for | 100-14 |
Nitrogen-fixing in beans, effect of neem leaf extract on | 103-4 |
Nitrogen-fixing Sesbania rostrata | 75-7 |
Non-protein sources of nitrogen for ruminants | 76-3, 76-4 |
Northern agricultural development | 84-8 |
Non-government organizations and control of Newcastle disease | 118-5 |
No-till FGW system for field crops in southern Africa | 98-1 |
NPK hill placement method | 84-4 |
Nurseries, small-scale | 100-3 |
Nutmeg propagation | 67-6 |
Nutrient Access Concept | 74-1 |
Nutrient content of moringa leaves | 104-7 |
Nutrient density of food for AIDS patients | 107-2 |
Nutrient Quantity Concept | 74-1 |
Nutrient retention by soil organisms | 96-2 |
Nutrition and HIV/AIDS | 107-1 |
Nutrition and HIV/AIDS | 95-8 |
Nutrition of grain and legume seeds, effect of sprouting on | 106-4 |
Nutrition with moringa | 64-5 |
Nutritional benefits of amaranth | 91-3 |
Nutritional needs with HIV/AIDS | 107-2 |
Odor of urine (used as a fertilizer) | 109-5 |
Oidium (powdery mildew) and cashew | 62-5 |
Oil extraction- small scale | 55-7 |
Oil palm seeds, germinating | 68-6 |
Oil palm, high altitude variety | 68-6 |
Oil, use motor | 93-2 |
Oil, used motor, market for | 94-4 |
Okra (Abelmoschus esculentus) | 89-7 |
Okra, ‘African’ | 71-9 |
Okra, African (Abelmoschus caillei) | 89-7 |
Okra, saving seed of | 94-3 |
Oldreive, Brian, Farming God’s Way | 98-1 |
OMSC Anderson International Scholarships, 2003-2004 | 76-8 |
On-farm seed priming | 83-3 |
Onion seed, saving | 52-5, 100-15 |
Onion storage | 59-4, 100-15 |
Onion, producing powder | 68-4 |
Onions, "short day” | 100-15 |
Onions, subtropical trial update | 64-7 |
Online agriculture courses from Auburn University | 112-8 |
Online Community Portal from ECHO | 113-7 |
Open cooking fires, danger from smoke | 85-1 |
Open mesh floors for Varroa mite control | 73-3 |
Organic fertilizers, importance of | 100-3 |
Organic matter, importance of | 74-6 |
Organic matter, use of to manage nematodes | 75-3 |
Orthodox seeds | 86-1 |
Oryza sativa, rice varieties interplanted | 82-4 |
Overseas Ministries Study Center | 76-8 |
Owls for rat control | 54-3, 100-16 |
Ownership, issues of | 106-1 |
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