10.07.2015 Views

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

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

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.

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!