3. An initiative that supports global efforts to make data
relevant to agriculture and nutrition available,
accessible, and usable for unrestricted use
worldwide
Voluntary association of public and private entities
including donors, international organizations and
businesses who have agreed to a joint Statement of
Purpose
Rapidly growing initiative, currently with over 270
partners from non-governmental, international and
private sector organizations and national governments
What is GODAN?
4. What is GODAN doing
• Advocacy
• Think Tank
• Knowledge Network
6. Why Open Data?
• A world where knowledge creates power
for the many, not the few
• A world where data frees us — to make
informed choices about how we live,
what we buy and who gets our vote
• A world where information and insights
are accessible — and apparent — to
everyone
• This is the world we choose
(Open Knowledge International https://okfn.org/)
7. Why open data in agriculture
and nutrition?
• For climate smart agriculture
• For efficient pest management
• For efficient fertilizer use
• For avoiding prices crises
• For informing consumers on food
contamination
• For increasing knowledge on nutrition
• ........The list could be cont’d
8.
9. Bottom Line on Open Data
• Be accessible and curated
• Be available in a machine-
readable format
• Have a licence that permits to
access, use and share it
10. Challenges
• “Open data are good only for the big
players”
• “Open data will create more data
monopolies”
• “Research data are only in a specific
context meaningful”
11. GODAN addresses the Issues
• Working group on data rights
and responsibilities
• Working group on data
infrastructure
• Working group on better
technical, semantic and legal
interoperability
13. If networked science is to reach its potential,
scientists will have to embrace and reward the open
sharing of all forms of scientific knowledge, not just
traditional journal publication.
Networked science must be open science.’
Michael Nielsen (OKI)
14.
15. Specific Issues with Research Data
• Data gets lost
• Incentives, Responsibilities, Rights
• What aggregation level be public?
• Data is not equipped with metadata
• Data is not published in a machine-
readable format
• Data comes always more from the
field
19. Language that we would appreciate in the Comuniques
AgMin, para 11
… Such efforts could help narrow the gap
between countries and improve the overall level
of development of agricultural science and
technology of the world. We take note of the
importance of the Meeting of G20 Agricultural
Chief Scientists (MACS) in supporting the G20
agenda of agriculture and food security. As such,
we support the MACS recognition of agricultural
and nutrition data as a global public good, critical
to addressing food security challenges and the
importance of the Global Open Data for
Agriculture and Nutrition (GODAN) initiative,
which advocates making agricultural and
nutritional data available, accessible and
useable by stakeholders globally.
MACS, para 10 (
… We encourage G20 members to
participate in and recognize the importance
of open data networks, such as the AMIS,
the Coherence in Information for Agricultural
Research for Development (CIARD) and the
Global Open Data for Agriculture and
Nutrition (GODAN), and as such recognize
agricultural and nutrition data as a global
public good, critical to addressing food
security challenges, to promote the sharing
and application of data and information of
global agricultural research and to
encourage uptake of research results by the
public and private sector
20. GODAN Summit
• New York, September 2016
• Participate in the GODAN Summit Challenge:
http://www.godan.info/godan-summit-2016
GODAN has more than 260 partners, among them many governments, but also civil society organizations, private companies and research institutions. The GODAN steering committee is the group of 8 donors, (the UK government, the US government, the Netherlands government, FAO, GFAR, CGIAR, CTA and CABInternational as the Hosting Institution)
GODAN is part of a bigger movement for open data. I want to bring to you this citation from Open Knowledge International that says
But there are very specific needs for open data in agriculture and nutriition
Sir Tim has made a comprehensive statement on openness of data creating a 5 star rating, starting with one star for opening up on the web and raising to 5 stars in an interlinked open data world. 5 star open data a rare and it will take time to go, but it is good to have a vision
The bottom line is somewhat between the first and second star grading. Data must be accessible and curated, machine readable, and a license that makes it possible to use them
To be accessible means that it is usually in machine readable code
Data should be in a form that is ‘interoperable’ so that it can be manipulated and aggregated with data from elsewhere to produce results that are of practical use for farmers and consumers
Data can be from records of farmer harvests and land use, satellite data on local weather or even visualizations of crop damage
Data can help inform farmer decisions and work towards food security
Not everyone shares the enthusiasm for open data.
Michael Aaron Nielsen (born January 4, 1974) is a quantum physicist, science writer, and computer programming researcher living in New York City.[3]
In 2004 he was characterized as Australia's "youngest academic" and secured a Federation Fellowship at the University of Queensland; the fellowship was for five years.[4] He worked at the Los Alamos National Laboratory, as the Richard Chace Tolman Prize Fellow at Caltech, and a Senior Faculty Member at the Perimeter Institute for Theoretical Physics. Nielsen obtained his PhD in physics in 1998 at the University of New Mexico.[1] With Isaac Chuang he is the co-author of a popular textbook on quantum computing.[5]
In 2007, Nielsen announced a marked shift in his field of research: from quantum information and computation[5][6] to “the development of new tools for scientific collaboration and publication”.[7] This work includes "massively collaborative mathematics" projects like the Polymath project with Timothy Gowers.[8] Besides writing books and essays, he also gives talks about Open Science.[9]
He is a member of the Working Group on Open Data in Science at the Open Knowledge Foundation.[10]
This diagram is taken from a Nature article from 2015. It shows the complex relationships between Data Intensive Science, large data sets and narrative articles. GODAN supports the Agricultural Data Interest Group of the Research Data Alliance to improve the many relations that are unsatisfactory at the moment
Only some examples of the many application that are mased on open data: M-Farm and Esoko about price trends in Africa, WFP-VAM for Food Security, Fooodtrade about selling and buying food in the UK, Votomobilie in Ghana, RFCX against illegal logging, agrinfo, Tanzania’s Farm number engine, the AGRIS platform for comprehensive research and technology information, and AMIS, another G20 initiative
Many G20 countries are already GODAN partners: directly through their governments (Mexico, Argentina, Brazil, USA, UK) or through governmental technical institutions (Canada, Germany, France, China, Italy, Japan) , other are represented through civil society organizations and academia (India, Australia). We are very proud of that .We today ask all G20 countries to join GODAN and to write the GODAN goals into the Comuniques of the MACS meeting and the ministerial meeting.
We are all advocates for open data and we want to make a step forward and create impact. The question is how.
Expertise in the room is unique and glad we have experts from the ground as well as policy makers.