Step By Step Conversion To Organic Agriculture

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Step by step conversion to organic agricultureSource The International Federation of Organic AgricultureMovements (IFOAM - Organics International),The Research Institute of Organic Agriculture (FiBL)Keywords Organic agriculture, sustainability, biodiversity, croprotation, genetically modified organisms, pesticides, soilfertilityCountry of first practiceKenyaID and publishing year8364 and 2015Sustainable Development GoalsNo poverty, industry, innovation and infrastructure, andlife on landSummaryThis practice describes how to convertinto organic agriculture step by step.The following provides introductoryinformation on how to become an organicfarmer, indicating that knowledge onthe functioning and the possibilities ofmanagement of natural processes is firstand foremost important. Familiarizationwith organic practices is also recommendedsuch as mulching, intercropping,composting, green manuring, organic pestmanagement, appropriate seed plantingmaterial, leguminous tree planting,farm‑owned animal feed growth, andbunds. Specifications are also given onwhich crops to grow during conversion andcriteria for this crop selection. Details onfull conversation indicate how to mitigatecontamination risks of pesticides andgenetically modified organisms. Implement organic practices on the entirefarm.1.1 Good information firstSuccessful organic farming requiresconsiderable knowledge on the functioningand the possibilities of management ofnatural processes. Interest in learningabout the possibilities to support naturalprocesses to sustain and improve harvestsis essential for successful organic farming.Farmers who are interested in adoptingorganic farming practices are recommendedto get in contact with farmers in the area,who already practice organic farming tolearn from them. Some farmers may begood at making compost, some at growinggreen manures, and some at making plantor manure tea. Learning from experiencedfarmers allows to get first-hand experienceunder local conditions, and thus to learnabout the advantages and potentialchallenges related to implementing organicmethods.Description1. How to become an organic farmerIn order to become an organic farmer,specific steps need to be followed.Farmers who are interestedin converting their farm toorganic agriculture, need toknow specific information. Collect information. Try out the most promising practices on asmall-scale.1/8TECATECHNOLOGIESand PRACTICESfor SMALLAGRICULTURALPRODUCERS

Crop Production How to improve soil fertility?Please check also other practices in TECAfor more information, “Improve soilfertility”. How to keep crops healthy? How to best increase diversity in thefarm? How to keep livestock healthy? Pleasecheck also other practices in TECA formore information, “Animal health” How to give value to organic products andhow to successfully sell them?Figure 1. How to become an organic farmerand avoid frustrating overload, farmersare recommended to implement organicpractices step-by-step to a limited extent,selecting specific practices at a time andtesting them on selected plots or selectedanimals only. But which practices shouldone choose to start with? As wouldseem natural, farmers should start byapplying practices that are of low riskand investment, require little specificknowledge, limited additional labour, andwith high short term impact. FAO/TECA1.2.1 Examples of recommendedinterventions MulchingCovering the soil with dead plant materialis an easy way to control weeds andprotect the soil in annual crops. Thispractice can be implemented into mostexisting cropping systems. The mainquestion may be, however, where to getappropriate plant material from. FAO/TECAFigure 2. How to get information on organic agriculture1.2 Getting familiar with organic practicesAfter having collected information aboutthe requirements, the potentials and themain practices related to conversion,farmers should start to learn from theirown experience on their farms. To minimizerisks of crop failure and losses of animals,2/8 IntercroppingGrowing two annual crops together,commonly a leguminous crop like beansor a green manure crop in alternatingrows with maize or another cereal cropor vegetable is a common practice inorganic farming to diversify productionand maximize benefits from the land. Inintercropping, special attention must bepaid to avoid competition between thecrops for light, nutrients and water. Thisrequires knowledge on arrangements,which promote growth of at least one ofthe crops. CompostingApplication of compost to the fields canhave a major impact on crop growthand yields. To start compost production,farmers will need enough plant materialsand animal manures, if such are available.

In case such materials are scarce, farmerswould first have to start producing plantmaterials on the farm by sowing fastgrowing leguminous plants that builda lot of biomass, and by introducingsome livestock on the farm for manureproduction, if this proves appropriate. Toget familiar with the process of makingcompost, farmers should be instructed byan experienced person. Proper compostproduction requires some knowledge andexperience and additional labour, but islow in investments.protection from insects, birds and animals;modifying habitat to encourage pollinatorsand natural enemies; and trapping pests inpheromone attractants. Appropriate seeds and planting materialUse of healthy seeds and plantingmaterials, and robust and/or improvedcultivars can make a big change in cropproduction. This practice may requiresome information on selection ofseeds and planting materials includingavailability of improved varieties and seedtreatments. Generally, locally-adaptedseeds are preferred because of theirresilience to local conditions. Green manuringThe practice of growing a leguminousplant species for biomass production andincorporation into the soil may be new tomost farmers. Nevertheless, this practicecan greatly contribute to improvement ofsoil fertility.Green manures can be grown as improvedfallows, as seasonal green manures inrotation with other crops, or in stripsbetween crops. Proper green manuringfirst requires information on appropriatespecies. Organic pest managementCareful associations and management ofplants and animals in order to prevent pestand disease outbreaks. Initially, bio-controlagents may be applied but organic pestmanagement is best achieved throughecological approaches that establish apest/predator balance.While the choice of resistant varietiesof crops is paramount, other preventionmethods include choosing sowing timesthat prevent pest outbreaks; improvingsoil health to resist soil pathogens; rotatingcrops; encouraging natural biologicalagents for control of disease, insectsand weeds; using physical barriers for3/8 Planting of leguminous treesIn perennial crop plantations such asbanana, coffee or cocoa, planting ofleguminous trees such as gliricidia,calliandra, and sesbania may improve thegrowing conditions of the fruit crop byproviding shade, mulching material andnitrogen through nitrogen fixation. Inaddition, some leguminous trees providegood fodder for livestock. This practicerequires some knowledge on shade andspace requirements of the tree crops andthus on ideal planting patterns for theleguminous trees. Growing farm-own animal feedsTo improve available feeds for thelivestock, farmers may grow grasses andleguminous fodder crops around, betweenother crops or in rotation. As animal feedmust be of organic origin, feed sources arebest addressed by considering farm grownfeed. Terraces and soil bundsConstruction of terraces and soil bundsalong the curves of hills is a key measurefor soil conservation. This practice buildsthe foundation of further improvement

to soil fertility on slopes. It is of highrelevance, but requires much labour andsome specific knowledge for appropriateimplementation.1.2.2 Which crops to grow duringconversionLooking at the organic farm as being‘one organism’, the focus does not lie oncultivating specific crops only. Rather,the focus is on choosing crops that caneasily be integrated into the existingfarming system and will contribute toits improvement. But the choice alsodepends on the farmer’s knowledge onthe right management of the crops, theircontribution to a diverse family diet ortheir demand in the market.Besides growing crops for food, farmersmay need to grow leguminous cover cropsto provide high-protein feed for livestockand to be used as green manures tofeed the soil. Planting trees for shade, aswindbreak, for firewood, feed, mulchingmaterial or for other uses, can berecommended in most situations.1.2.3 Criteria for crop selection duringconversion In the first place, organic farmers shouldgrow enough food for the family. Butthey may also want to grow crops for themarket to get money for other familyneeds. The farmers should also growcrops that contribute to improvement ofsoil fertility. Farmers who keep livestockneed to grow pasture grass and legumes. Basically, farmers should select cropswith low risk of failure. Cereals andlegumes such as maize, sorghum, millet,beans and peas are especially suitablefor conversion, since they cost littleto produce, generally have moderatenutrient demands and are robust4/8against pests and diseases. In addition,many of the traditional crops can bestored and sold in domestic markets.High-value short term crops, such asmost vegetables, are more delicate togrow and highly susceptible to pest anddisease attack. Therefore, they shouldnot be grown on a larger scale, unlessthe farmer can sustain some losses inharvest. The crops to grow for sale should includecrops that can be sold at the farmgate, at the roadside market or can betransported directly to nearby marketsin urban centres. Choosing the right cropto sell on the market may require somemarket information. Decision making forcrops for local or export markets requiresdetailed information from traders orexporters on the crops, requestedvarieties, quantities, qualities, regularityand season. High-value perennial crops such as fruittrees take at least three years until thefirst harvest from the date of planting.This makes them appropriate cropsfor the conversion period. For newplantations, species and varieties mustbe carefully selected to suit the organicmarket and production requirements.For conversion of an existing orchard,it might be necessary to replace oldexisting varieties, if they are verysusceptible to diseases and the productquality does not match with the marketrequirements. The success of a crop will also dependon provision of favourable growingconditions. The better a crop varietymatches local soil and climateconditions, and is tolerant or resistant tocommon pests and diseases, the better itwill grow.

Planting of hedges other crops and/oragroforestry trees can be valuable tohelp establish a diverse farming system. Growing leguminous green manuresprovides nutrients to the soil. Greenmanures do not provide immediateincome, but in the long-term, they makethe soil fertile and productive for thefuture.improving the production system. Improving soil fertility based on therecycling of farm own organic materialsand enhancement of farm own biomassproduction. Encouraging positive interactionsbetween all parts of the productionsystem (the farm ecosystem) to enhanceself‑regulation of pests and diseases. Optimizing the balance between feedproduction and livestock.Figure 3. How to start implementing organic practices FAO/TECAFigure 4. Which crops should I grow FAO/TECA2.2 Full conversion to organic farmingIn a third step, implementation of organicpractices throughout the entire farm shouldbe considered, once sufficient experiencewith different practices has been gained. Assoon as organic practices are implementedthroughout the entire farm, a farmer canclaim to be an organic farmer. Commonly,consistent application of organic practicesmarks the beginning of a long process of5/8Farming organically also meanscontinuously learning from personalobservation, from outside experiences,sharing experiences with other organicfarmers and implementing new informationon the your farm, making it increasinglymore sustainable.2.2.1 Mitigating contamination risks PesticidesOrganic farmers are responsible to protectthe organic fields from being sprayed withsynthetic pesticides. Even if the neighbouris not farming organically, an organicfarmer can grow organic foods and fibres.To avoid pesticide drift from neighbouringfields onto the crops, organic farmersshould safeguard the organic fields byusing any of the following measures. Thefirst is planting of natural hedges on theboundary to neighbouring fields. Thiscan avoid the risk of pesticide spray driftthrough wind or run-off water. The widerthe border area around the fields, thebetter.A second measure is to avoid runofffrom upstream fields, organic farmersshould divert the water away or talkto the farmers upstream about how towork together to minimize the risk ofcontamination through water. Organic

farmers, who are interested in savingnature, should share their knowledge andexperiences with neighbours with the aimof helping them to either adopt organicfarming practices or to minimize the risk ofcontaminating nature. Genetically modified organisms (GMO)Genetically modified seeds and plantingmaterials are produced by transferringisolated genes from plants, animals ormicroorganisms into the crop genome, byusing methods different from pollinationand crossing natural barriers. Geneticallymodified products should, therefore, notbe used in organic farming, and organicfarmers should protect their productionagainst any GMO contamination.However, with the increased use ofGM crops in the conventional farmingsystems, the risk of GMO contaminationis expected to increase. Species whichcross-pollinate, such as rapeseed or maize,or insect pollinated crops, such as soybeanor cotton, are at a higher risk of beingcontaminated by a nearby geneticallymodified crop. Species that are mainlyvegetative pollinated such as potatoes,cassava or banana are at lower risk ofGMO contamination.Besides the genetic contamination, thereis also a risk of physical contaminationcaused by GMO residues along theproduction and market chain, ifGMO and organic products are notproperly separated during storage andtransportation.Recommendations to farmers forreducing the GMO contamination risk Use either personally selected seeds orget organic or untreated seeds. Verifythe origin of the seeds, making sure that6/8they do not come from neighbouringfarmers where GM crops are grown, orfrom farms surrounded by GM crops(minimum distance of at least 1 km). If you use seeds from a trader, make surethat they are registered and can confirmwhere the seed is derived from. Checkthat he is not involved in GM productionand multiplication. Ask your trader for acertificate confirming GM free seeds andinquire about the trader’s involvement inthe GM-seed market. Check for the breeding habits of thespecific crops you are interested in. Mostcross breeding species such as maize candisperse by wind or bees to distances ofup to 1 to 3 km. Seeds of some crops can survive for5 to 20 years in the soil. Therefore,precautions must be taken that no GMcrops have been planted on land thatshall be used for organic production. Create protective safety (buffer) zonesaround your fields to reduce the riskof GMO pollen dispersal, if GM cropsare cultivated in this region. Isolationdistances between GM crops and organicfields should be established, about twoto three times larger than those requiredfor seed production for a given species.For dispersal of critical GM crops suchas maize, the isolation distance shouldprobably not be less than 2 to 3 km. Thiswill reduce GMO dispersal by pollen to agreat extent. For wind pollinated crops,like maize, borders or hedges with tallerplant species, such as sugarcane or trees,can additionally prevent cross‑pollinationwith GM crops. Avoid any physical GM contamination byusing sowing and harvesting machines,transporters, processing and storagefacilities not used by GM farmers. In case

you have to use the same machines,thorough cleaning is necessary. Donot store organic products next to GMproducts. GMO free regions should be encouragedwherever possible, especially for ownseed production.S.L. (Instituto de Restauración y MedioAmbiente, León-España) Oxfam. 1991. Looking after our land:Soil and Water Conservation in DrylandAfrica, Will Critchley, Published by Oxfamon behalf of the Arid Lands InformationNetwork and the International Institutefor Environment and Development., 1991,Part 3, Kenya, URLFigure 5. How to protect crops from pesticide drift FAO/TECAFigure 6. How to reduce the risk of GMO contamination FAO/TECA3. Further reading IFOAM. 2003. Training Manual for OrganicAgriculture in the Tropics. Edited by FrankEyhorn, Marlene Heeb, Gilles Weidmann,p 214, 219-224 FiBL 2011. African Organic AgricultureTraining Manual – Conversion. Version 1.0June 2011. Edited by Gilles Weidmann andLukas Kilcher. Research Institute of OrganicAgriculture FiBL, Frick Agricultura Ecológica, Manual y GuíaDidáctica. Javier Flórez Serrano, IRMA4. Related/associated technologies Introduction to organic agriculture: 8359 Considerations for conversion to organicagriculture: 8363 Mulching in organic agriculture: 8365 Water management in organic agriculture:8366 Crop planning and management in organicagriculture: 8367 Nutrient management in organicagriculture: 8368 Pest and disease management in organicagriculture: 8372 Weed management in organic agriculture:8375 Soil cultivation and tillage in organicagriculture: 8376 Plant propagation in organic agriculture:8377 Animal husbandry in organic agriculture:83785. Agro-ecological zones Tropics, warm6. Objectives fulfilled by the project6.1 Women-friendlyThe diversity of organic cropping techniquesmakes them accessible and easy to you.7/86.2 Resource use efficiencyImprovement of crop and livestockmanagement whilst being environmentallyconscious

6.3 Pro-poor technologyIncreased knowledge, improved soil andmore diversity of crops leads to more yieldincome and food source.TECA8/8TECHNOLOGIESand PRACTICESfor SMALLAGRICULTURALPRODUCERS

1. How to become an organic farmer In order to become an organic farmer, specific steps need to be followed. Collect information. Try out the most promising practices on a small-scale. Implement organic practices on the entire farm. 1.1 Good information first Successful organic farming

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