tpo_dossier_action-plan-for-innovation-and-learning_201406
tpo_dossier_action-plan-for-innovation-and-learning_201406
tpo_dossier_action-plan-for-innovation-and-learning_201406
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91.3.The importance of overall policy <strong>for</strong> creating the rightenvironment is key. Just because the policy framework,the research funding conditions <strong>and</strong> the hierarchyof decision making are all made at ‘the top’, the resultdoes not have to be linear, top-down structures <strong>and</strong>stultifying bureaucracy.For example, the meso-level of municipalities, cities<strong>and</strong> regions are increasingly becoming important playersin promoting <strong>innovation</strong> in the food & farming sector.Many alternative food networks have steadily gainedground with support from local public authorities. Manymunicipalities use their public procurement policy(e.g. <strong>for</strong> schools <strong>and</strong> hospitals) to support regional <strong>and</strong>organic producers <strong>and</strong> simultaneously deliver theirown health <strong>and</strong> education policies, <strong>and</strong> boost the localeconomy.In fact, many of these <strong>innovation</strong>s were onlysupported by the municipalities after they had beenlaunched <strong>and</strong> had demonstrated they were successful,or the social pressure became too much to ignore.However, they at least had the freedom <strong>and</strong> the visionto take <strong>action</strong> when they felt able, <strong>and</strong> then to supportfurther <strong>innovation</strong> <strong>and</strong> development.So, the systems approach to <strong>innovation</strong> is fostered byboth a favourable policy environment, <strong>and</strong> conditionson the ground that facilitate in<strong>for</strong>mation sharing <strong>and</strong>mutual respect. These two influences together canunlock creativity <strong>and</strong> foster cooperation.LEARNING AND INNOVATIONIN ORGANIC ANDAGROECOLOGICAL FARMINGLearning <strong>and</strong> <strong>innovation</strong> in organic <strong>and</strong> agroecologicalfarming happen through the whole farming system <strong>and</strong>food chain, in rural society generally. There are numerous<strong>and</strong> inspiring examples. These are sometimes because of,<strong>and</strong> sometimes in spite of, relevant policies <strong>and</strong> support.The quality of <strong>innovation</strong> they demonstrate <strong>and</strong> theirsheer variety are testament, not only to the ingenuity<strong>and</strong> boldness of those involved (sometimes <strong>for</strong>cedinto self-reliance by the lack of institutional supportaf<strong>for</strong>ded to agroecological <strong>and</strong> organic farming), butalso to the creativity <strong>and</strong> open mindedness fostered byagroecological <strong>and</strong> organic approaches.It is through these examples that we set out ablueprint <strong>for</strong> <strong>learning</strong> <strong>and</strong> <strong>innovation</strong> in organic <strong>and</strong>agroecological farming. This section, there<strong>for</strong>e, will covera wide range of innovative methodologies <strong>for</strong> <strong>learning</strong>,stakeholder participation, research <strong>and</strong> <strong>innovation</strong> thathave been developed around the world. More detailedin<strong>for</strong>mation on many of these various examples can befound in the next chapter.Applying agroecological principles to <strong>learning</strong> leadsto methodologies where the main focus is in exchangingknowledge between involved stakeholders. There<strong>for</strong>e,those methodologies are going to vary depending onwhere <strong>and</strong> with whom the <strong>learning</strong> experience is held.These inter<strong>action</strong>s can be classified into four broadareas, though there is considerable overlap:• Self-help• Extension• Research• Education1.3.1 Self-helpNormal extension activities involve advisors orother ‘experts’ visiting a farm or organising a course todispense their knowledge to the farmers concerned.In developing countries, there are few advisors, <strong>and</strong>sometimes no extension infrastructure at all. Wherethere is, it is often associated with aid-financed, exportorientedproduction, wholesale changes of cropping,agrochemical usage <strong>and</strong> the accompanying burden oftied contracts <strong>and</strong> deepening debt cycles as soil fertilitydrops <strong>and</strong>/or prices drop. But mostly, the farmers are leftto their own devices to sink or swim. In the global North,most extension activity is geared towards larger farms,<strong>and</strong> smaller farms tend to be ignored.It is there<strong>for</strong>e amongst smaller farmers, in both theglobal South <strong>and</strong> North, that the most innovative meansof extension have emerged, founded on self-help <strong>and</strong>the resourcefulness of the farmers themselves. Actuallymuch early development of organic farming in Europewas based on self-help <strong>and</strong> in many countries farmernetworks are still an important motor <strong>for</strong> this, e.g. Biol<strong>and</strong>in Germany or AIAB in Italy. Below are three types of selfhelpmodels that have developed where there has beenno extension infrastructure to help farmers with theproblems they encounter.