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Grass Roots Green OER
  the OER growers case

   Nikos Manouselis, Babis Thanopoulos
           Agro-Know Technologies
  nikosm@ieee.org; cthanopoulos@agroknow.gr
background
OER defined




     3
green OER




    5
examples of green OER




          6
challenge
• knowledge is in the hands of experts
• agriculture-related topics need lots of
  contextualised, project-oriented, hands-on
  experimentation
  – how to document, share, reuse, remix, build upon
    such experiences?
  – what kind of tools could people use to carry out such
    tasks online?

                            7
OER growers
concept
• introducing young agricultural students to
  topics related to Web2.0 tools, OER,
  developing their own content
• support them during the design,
  implementation and reporting of an
  experiment/idea as OER
• initial focus
  – agricultural experiments (e.g. setting up a green
    roof/balcony, trying hydroponics, planting a new
    cultivar)               9
concept




   10
extended scope
• from agricultural students, to young (or to-
  be) farmers
• additional focus on business ideas (e.g.
  setting up an online shop, finding new
  distributors, trying and selling a new
  method)
• course on "Setting up your Own Agricultural
  Business“
  • 17-22 September 2012, Athens, Greece
                       11
extended scope




      12
experimenting with topics
• ICT-related training
  – Blogging
  – Web2.0 tools
  – Open Education Resources
  – Social networking and online communities
  – copyright and licensing: Creative Commons
  – Open web editing – Wikis
  – Photo and video sharing, policies
  – E-learning platforms for agriculture
                          13
1. select an idea/project
• participants are coming with an idea in
  mind
  – either for an agricultural experiment or a
    business concept
• brainstorming on the idea
  – relevant information sources
  – connection with experts
• revisit idea and describe it in a small
  project plan           14
2. develop a Wiki page
• hands-on training on how to edit and publish
  Wiki pages
  – introduction to Wikis, rich text editing, including
    multimedia material
  – hands on using the Wiki of OER growers
    (http://wiki.oergrowers.gr)
• drafting a project Wiki page
  – explaining the rationale, method, techniques,
    expected results
                           15
3. blended educational activities
• selection of uploaded and online resources for
  self-studying on selected topics, available
  through course management platform
  – agriMoodle (http://agrimoodle.agroknow.gr)
• combination of online synchronous seminars
  (webinars) with physical training at some
  location [e.g. AK premises]


                        16
4. blogging
• core-component of OER growers
  – emphasis on documentation of applied and
    explored activities
  – request for frequent update (e.g. 3-4 posts per
    week)
  – enrich with photos and videos from project
• use of http://blog.oergrowers.gr


                          17
5. wrapping up & presentation
• after pre-defined period of time (ranging from
  2 weeks to 3 months) participants report on
  their project
  – progress, methods, results documented in their
    Wiki page
  – complemented with selected posts from blog
  – sets of photos in Flickr/Instagram/…
  – videos through YouTube/Vimeo/…
• presentation to the group and peer review
  exercise to collect feedback
                         18
evolving: online course
“formalising” online component
• started as only way to reach participants
  from rural areas
  – could not attend physical seminars
• many expressed interest in an accredited
  course
• University of Alcala (Spain) already offers
  such adult learning opportunities
  – also for students/graduates interested in credits
  – pilot course related to agriculture was very
                             20
training curriculum




         21
about course




     22
evolving: master grower
after completing a training cycle




                24
new knowledge
• Wiki page on rationale/approach – an
  urban balcony case study
• frequent blogging on how plants grew
• Flickr set with all experiment photos
• had to face a typical enemy of plants,
  investigated alternative approaches but
  didn’t work
• feels that has learnt a lot from the
  experiment          25
still, only an exercise
• not enough time to try something on a
  larger scale/period
  – e.g. set up a small green house for a whole season
• difficult to compare new/alternative
  approaches
  – what to plant, how to grow, how to protect
• not enough exposure to the technology
• desire to work more with the peers, even
  in a group sharing parts of the project
                            26
“master OER grower” concept
• select two motivated people
  – to scale up and continue their experiment
• devote a longer time period in mentoring
  and guiding them
• connect with good experts for their
  experiments, facilitate exposure and
  collaboration
• monitor/support closely, specific tasks &
  deliverables, reward outcomes
                        27
wrapping up
educational approach
• project-based, hands-on experience
  – connects nicely with practical needs of our
    learners
• still, no explicit instructional model
  adopted (yet?)
  – e.g. inquiry-based: organise activity around
    specific questions that learners explore
role of technology
• real need or artificially injected?
• for the moment, topics driven by our
  interests
  – indications that they support actual needs
    (logbook, content organisation, identification
    of material)
  – social interaction & community building is core
• need to examine/assess perceived
  usefulness and acceptance
next challenges
• open to urban and rural farmers
  – in real need of support in finding,
    documenting, sharing information
  – set up online community
• involve domain experts
  – connect growers with success
    storytellers or experts in their project
    area
thank you!
   http://www.oergrowers.gr
http://agrimoodle.agroknow.gr

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Grass Roots Green OER Case Study

  • 1. Grass Roots Green OER the OER growers case Nikos Manouselis, Babis Thanopoulos Agro-Know Technologies nikosm@ieee.org; cthanopoulos@agroknow.gr
  • 4.
  • 7. challenge • knowledge is in the hands of experts • agriculture-related topics need lots of contextualised, project-oriented, hands-on experimentation – how to document, share, reuse, remix, build upon such experiences? – what kind of tools could people use to carry out such tasks online? 7
  • 9. concept • introducing young agricultural students to topics related to Web2.0 tools, OER, developing their own content • support them during the design, implementation and reporting of an experiment/idea as OER • initial focus – agricultural experiments (e.g. setting up a green roof/balcony, trying hydroponics, planting a new cultivar) 9
  • 10. concept 10
  • 11. extended scope • from agricultural students, to young (or to- be) farmers • additional focus on business ideas (e.g. setting up an online shop, finding new distributors, trying and selling a new method) • course on "Setting up your Own Agricultural Business“ • 17-22 September 2012, Athens, Greece 11
  • 13. experimenting with topics • ICT-related training – Blogging – Web2.0 tools – Open Education Resources – Social networking and online communities – copyright and licensing: Creative Commons – Open web editing – Wikis – Photo and video sharing, policies – E-learning platforms for agriculture 13
  • 14. 1. select an idea/project • participants are coming with an idea in mind – either for an agricultural experiment or a business concept • brainstorming on the idea – relevant information sources – connection with experts • revisit idea and describe it in a small project plan 14
  • 15. 2. develop a Wiki page • hands-on training on how to edit and publish Wiki pages – introduction to Wikis, rich text editing, including multimedia material – hands on using the Wiki of OER growers (http://wiki.oergrowers.gr) • drafting a project Wiki page – explaining the rationale, method, techniques, expected results 15
  • 16. 3. blended educational activities • selection of uploaded and online resources for self-studying on selected topics, available through course management platform – agriMoodle (http://agrimoodle.agroknow.gr) • combination of online synchronous seminars (webinars) with physical training at some location [e.g. AK premises] 16
  • 17. 4. blogging • core-component of OER growers – emphasis on documentation of applied and explored activities – request for frequent update (e.g. 3-4 posts per week) – enrich with photos and videos from project • use of http://blog.oergrowers.gr 17
  • 18. 5. wrapping up & presentation • after pre-defined period of time (ranging from 2 weeks to 3 months) participants report on their project – progress, methods, results documented in their Wiki page – complemented with selected posts from blog – sets of photos in Flickr/Instagram/… – videos through YouTube/Vimeo/… • presentation to the group and peer review exercise to collect feedback 18
  • 20. “formalising” online component • started as only way to reach participants from rural areas – could not attend physical seminars • many expressed interest in an accredited course • University of Alcala (Spain) already offers such adult learning opportunities – also for students/graduates interested in credits – pilot course related to agriculture was very 20
  • 24. after completing a training cycle 24
  • 25. new knowledge • Wiki page on rationale/approach – an urban balcony case study • frequent blogging on how plants grew • Flickr set with all experiment photos • had to face a typical enemy of plants, investigated alternative approaches but didn’t work • feels that has learnt a lot from the experiment 25
  • 26. still, only an exercise • not enough time to try something on a larger scale/period – e.g. set up a small green house for a whole season • difficult to compare new/alternative approaches – what to plant, how to grow, how to protect • not enough exposure to the technology • desire to work more with the peers, even in a group sharing parts of the project 26
  • 27. “master OER grower” concept • select two motivated people – to scale up and continue their experiment • devote a longer time period in mentoring and guiding them • connect with good experts for their experiments, facilitate exposure and collaboration • monitor/support closely, specific tasks & deliverables, reward outcomes 27
  • 29. educational approach • project-based, hands-on experience – connects nicely with practical needs of our learners • still, no explicit instructional model adopted (yet?) – e.g. inquiry-based: organise activity around specific questions that learners explore
  • 30. role of technology • real need or artificially injected? • for the moment, topics driven by our interests – indications that they support actual needs (logbook, content organisation, identification of material) – social interaction & community building is core • need to examine/assess perceived usefulness and acceptance
  • 31. next challenges • open to urban and rural farmers – in real need of support in finding, documenting, sharing information – set up online community • involve domain experts – connect growers with success storytellers or experts in their project area
  • 32. thank you! http://www.oergrowers.gr http://agrimoodle.agroknow.gr