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Deciphering the DNA of innovation platforms Dr. Iddo Dror – Head of Capacity Development (ILRI) Zelalem Lema – Research Officer on Innovation System in Agriculture (ILRI) CGIAR Research Program on the Humidtropics / Capacity Development Workshop Nairobi, Kenya / 29 April – 2 May 2014

Deciphering the DNA of innovation platforms

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Presented by Iddo Dror and Zelalem Lema at the CGIAR Research Program on the Humidtropics Capacity Development Workshop, Nairobi, Kenya, 29 April–2 May 2014

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Page 1: Deciphering the DNA of innovation platforms

Deciphering the DNA of innovation platforms

Dr. Iddo Dror – Head of Capacity Development (ILRI)

Zelalem Lema – Research Officer on Innovation System in Agriculture (ILRI)

CGIAR Research Program on the Humidtropics / Capacity Development Workshop

Nairobi, Kenya / 29 April – 2 May 2014

Page 2: Deciphering the DNA of innovation platforms

On the menu today…

• The Humidtropics innovation practice briefs - covering the major aspects and elements of innovation platforms

• Critical issues for reflection when designing and implementing Research for Development in Innovation Platforms

Page 3: Deciphering the DNA of innovation platforms

Boogaard et al propose 5 themes and 11 reflection issues around innovation platforms

Page 4: Deciphering the DNA of innovation platforms

The 12 Innovation Platform Practice Briefs

Page 5: Deciphering the DNA of innovation platforms

The Humidtropics take on platforms

• Distinction between R4D platforms and innovation platforms

Page 6: Deciphering the DNA of innovation platforms

The Humidtropics take on platforms (2)

Page 7: Deciphering the DNA of innovation platforms

What are innovation platforms?

Who uses innovation platforms? How do innovation platforms work? What kind of process is typical in IPs? What are some of the main benefits and constraints?

In small groups, take

10-15 minutes and discuss:

Page 8: Deciphering the DNA of innovation platforms

Typical innovation platform cycle

Page 9: Deciphering the DNA of innovation platforms

Innovation platform phases according to various authors • Generally speaking, these are quite similar to the model

we just covered.

Source: Boogaard et al p.6

Page 10: Deciphering the DNA of innovation platforms

Dynamic Processes

Changing focus

Changing membership

Changing responsibilities

Page 11: Deciphering the DNA of innovation platforms

Benefits of innovation platforms

• facilitate dialogue and understanding

• enable partners to identify the bottlenecks hindering innovation

• create motivation and a feeling of ownership

• facilitate upward communication

• lead to better-informed decisions

• contribute to capacity development

• make innovative research possible

• enhance impact

Page 12: Deciphering the DNA of innovation platforms

What is the most enticing benefit of IPs as far as you are concerned?

A. Facilitate dialogue

B. Identify bottlenecks

C. Motivation & ownership

D. Upward communication

E. Better-informed decisions

F. ↑ Capacity development

G. Enable innovative research

H. Enhance impact

Page 13: Deciphering the DNA of innovation platforms

Typical constraints

• Progress and success depends on the full buy-in of the members

• Tangible outputs are needed to sustain the members’ interest and commitment

• can be difficult and costly to implement

• require a long-term perspective

• can be difficult to monitor and evaluate innovation platforms in a systematic way

Page 14: Deciphering the DNA of innovation platforms

What is the most crippling constraint of IPs as far as you are concerned?

A. Dependence on full buy-in

B. Need for ongoing tangible outputs

C. Difficult & costly to implement

D. Long term perspective

E. Difficult to M&E

F. Power dynamics

Dependence o

n full

buy-in

Need for o

ngoing t

angib

l...

Difficu

lt &

cost

ly to

imp...

Long te

rm p

erspect

ive

Difficu

lt to

M&

E

Power d

ynamics

25%

20%

5%

10%10%

30%

Page 15: Deciphering the DNA of innovation platforms

Composition and initiation of platforms

1. Representation and composition

2. Common objective

3. Relevant research questions

Page 16: Deciphering the DNA of innovation platforms

Representation and composition • Build on existing networks or create new ones?

How did you handle this

in your platform?

Page 17: Deciphering the DNA of innovation platforms

Common objective

An innovation platform often needs a common objective in order to

function effectively.

Setting a common vision objective of an innovation platform does not

happen ‘naturally’, but is value-driven, and usually achieved through

visioning and foresight exercises.

Page 18: Deciphering the DNA of innovation platforms

Relevant research questions

• Important to involve all stakeholders and give them opportunities to articulate their demands - create “safe spaces”.

• Research questions often hidden in multi-stakeholder negotiation processes.

• Participatory methods can be useful to identify stakeholders’ needs.

Page 19: Deciphering the DNA of innovation platforms

Role of researchers in the composition and initiation of platforms theme: • support stakeholder mapping,

• make choices and the underlying assumptions of selection on power and equity explicit.

• undertake capacity development to ensure a common understanding on innovation platforms

• platform objective is often defined within a project proposal, before stakeholders have been consulted. This bears a risk of dominance by researchers and project management, unless they make underlying project assumptions explicit to platform members.

• what to do when the platform objective differs from the (initial) project vision and research agenda.

• Supporting stakeholders in expressing their needs and translating these needs into relevant research questions

Page 20: Deciphering the DNA of innovation platforms

Key questions on composition and initiation of platforms theme: 1. Does the innovation platform build on existing networks or will new networks be created?

2. Who selects representatives? And how? Is diversity among constituencies, e.g. farmers, taken into account?

3. When innovation champions are included, on what grounds and with what purpose?

4. How and by whom is the objective of the platform defined?

5. Have stakeholders’ ideas been included in the vision?

6. What to do when the platform objective differs from the (initial) project vision?

7. Are stakeholders are sufficiently empowered to articulate their demands?

8. How and by whom are research questions identified? How to deal with demands that lie outside the project and research scope?

9. How, where and by whom is research conducted?

10. When and how are research findings made available?

How will you use this

in your platform?

Page 21: Deciphering the DNA of innovation platforms

More information / resources on composition and initiation of platforms*

• Guidance Note on How to Do Stakeholder Analysis of Aid Projects and Programmes (ODA 1995)

• Social Analysis Sourcebook (World Bank 2003)

• Multi-stakeholder Processes Resource Portal. Stakeholder Analysis (WUR CDI)

• Rapid Appraisal

• Knowledge co-creation portal. Multi-stakeholder processes. Tools - Interests and Roles (WUR)

• Handbook for Participatory Action Research, Monitoring and Evaluation (Chevalier and Buckles 2013)

• Insights into Participatory Video: A Handbook for the Field (Lunch & Lunch 2006)

• Multi-stakeholder Resource Portal. Visioning tool (WUR CDI)

• Knowledge co-creation portal. Multi-stakeholder processes. Tools – Visioning (WUR)

* Will be available, along with all course materials, in a dedicated dropbox folder.

Page 22: Deciphering the DNA of innovation platforms

Coordination and facilitation

Process facilitation

Knowledge co-creation

Page 23: Deciphering the DNA of innovation platforms

Process Facilitation

• Effective facilitation of the platform contributes to an enabling environment which can improve the quality of interactions between stakeholders

• Operational aspects will be discussed in more detail in the “Facilitating innovation platforms” Brief (#10)

Page 24: Deciphering the DNA of innovation platforms

Knowledge co-creation

• Innovation system thinking builds on the idea that innovations do not only originate from science alone, but that these are based on knowledge from multiple sources

• Innovation platforms offer great opportunities for knowledge co-creation by researchers and other stakeholders.

How is this unfolding in

your platform?

Page 25: Deciphering the DNA of innovation platforms

• how do you see facilitation as a

key for the success of IP’s?

• Is facilitation easy? Who?

• Maintain everyone’s interest and commitment is vital- how individual roles -> common goal-> benefit all

• IPs needed because players involved are not communicating in the first place

• Trust and mutual respect – new and ongoing partnership

• Flexibility to manage changes

Facilitating Innovation platforms:

Page 26: Deciphering the DNA of innovation platforms

• Critical reflection issues:

• Who should facilitate IPs?

- Insider or outsider ?

- Researchers?

Cases in Ethiopia: RiPPLE, ILRI Projects (NBDC, Africa RISING, Humidtropics)

- Research organizations initiate IPs for projects

- Topics try to address around projects (flexibility)

Facilitating Innovation platforms (2):

Page 27: Deciphering the DNA of innovation platforms

Facilitators can provide the following functions:

Facilitation -> knowledge brokering

• Establish-equal representation

• Identify issues- common & benefits all

• Manage meetings-facilitate discussions, full participation of all..

• Support activities outside meetings: joint action,

• Manage communications: trust

• Deal with conflict and power: manage different interest

• Monitor, document and report: process documentation, learning

• Facilitate and advocate for institutional change

• Develop capacity:

TNA: three most important success factors for a well performing IPs:

• Most of you have mentioned factors related to functions of facilitators

• IPs are as well performing as facilitators

Page 28: Deciphering the DNA of innovation platforms

Role of researchers in the coordination and facilitation theme:

• The main question for researchers is if they should facilitate the platform – or not. If they do, researchers should address neutrality of the facilitation, and their own shifting role(s).

• researchers – as well as other stakeholders in the Innovation platforms – can also address the importance of knowledge co-creation with other stakeholders, and ensure tacit local knowledge is articulated and taken on board.

• Social learning is an important aspect of knowledge co-creation. Researchers can contribute to social learning by sharing information and (preliminary) research results in the platform

• Failures are important sources for learning. Researchers may need to play a leading role in supporting (self-) reflection among platform members, particularly in contexts where critical analysis is not the norm.

Page 29: Deciphering the DNA of innovation platforms

Key questions on coordination and facilitation theme: 1. Who facilitates the Innovation platform? an ‘insider’ or ‘outsider’?

2. Can – or should – researchers facilitate the Innovation platform?

3. If researchers fulfil ‘innovation broker’ roles, are these sufficiently rewarded and recognized by research organizations?

4. Is local knowledge recognized within the platform as an important contributor to innovations?

5. What participatory methods are used to elicit local knowledge?

6. How does the platform support and enhance social learning among stakeholders?

7. How are failures dealt with within the platform?

8. How is reflection stimulated within the platform?

How will you use this

in your platform?

Page 30: Deciphering the DNA of innovation platforms

More information / resources on coordination and facilitation theme* • ‘Operational field guide for developing and managing local agricultural innovation

platforms’ (Makini et al. 2013)

• Putting heads together: Agricultural innovation platforms in practice (Nederlof et al. 2011)

• Multi-stakeholder Processes Resource Portal. Facilitation Skills (WUR CDI)

• The Brokering Guidebook (Tennyson 2003)

• Multi-Stakeholder Processes

• Multi-stakeholder Resource Portal. Participatory Learning and Action (PLA) (WUR CDI)

• ‘Participatory Learning and Action. A trainer’s guide’ (Pretty et al. 1995)

• ‘Learning alliances: an approach for building multi-stakeholder innovation systems’ (Lundy et al. 2005)

* Will be available, along with all course materials, in a dedicated dropbox folder.

Page 31: Deciphering the DNA of innovation platforms

Power and conflict

Power asymmetries

Conflicts, negotiations and trust

Page 32: Deciphering the DNA of innovation platforms

Power asymmetries

• Power-relations exist, and can play a role, in every phase of the platform process. It is important to recognize these power dynamics and their effects

• System innovations often require a change in power relations between stakeholders and associated institutions (which often entails conflicts).

• Gender relations are often characterized by strong power dynamics and therefore should receive explicit attention in innovation processes

Page 33: Deciphering the DNA of innovation platforms

Why are power and representation important?

• More powerful members may dominate

• Group diversity is not reflected

• Not all knowledge is used

Page 34: Deciphering the DNA of innovation platforms

Which is the biggest perceived power/ representation risk in your platform?

A. Powerful members dominate

B. Diversity not reflected

C. Not all knowledge is used

Powerfu

l mem

bers d

omi..

.

Divers

ity n

ot refle

cted

Not all

know

ledge is

use

d

0% 0%0%

Page 35: Deciphering the DNA of innovation platforms

Dealing with power and representation • Participatory rural appraisal

• Participatory video

• Roleplaying

• Skilled facilitators

• Evidence from research

• Links between different levels

• Bypassing the platform

Page 36: Deciphering the DNA of innovation platforms

Which of the following have you used* in your platform to address power dynamics?

A. PRA

B. Participatory video

C. Role-play

D. Skilled facilitators

E. Research Evidence

F. Links between levels

G. Bypassing platform PRA

Partic

ipato

ry vi

deo

Role-p

lay

Skille

d facil

itato

rs

Resear

ch E

vidence

Links b

etween le

vels

Bypassin

g pla

tform

0% 0% 0% 0%0%0%0%

*Select ALL that apply

Page 37: Deciphering the DNA of innovation platforms

Conflicts, negotiations and trust

• Innovation platforms are likely to be arenas of struggle because they bring people together with different interests with the aim of finding joint solutions.

• There are three broad types of frictions: (1) difficulties in maintaining an agreement or compromise after it has been secured, (2) problems in securing an agreement, and (3) failure to tackle the most significant problems in the first place.

• Negotiation (often outside of formal meetings) can help resolve conflicts and unleash innovation processes.

Page 38: Deciphering the DNA of innovation platforms

Role of researchers in the power and conflict theme: • Researchers can supporting platform members in expressing their views and ideas

through the use of creative participatory methods

• Researchers should remember that they are also part of power structures

• Researchers can help identify interdependency and/or create institutional space for negotiations. This may involve capacity development and/or advocacy.

• In situations where a lot of conflicting interests exist, research findings can easily become contested. It is then helpful for researchers to have a trusted relationship with other stakeholders and organizations. However, trust needs to be built, which is why an active and frequent presence of researchers in the Innovation platform is important.

Page 39: Deciphering the DNA of innovation platforms

Key questions on power and conflict theme:

1. Are existing power structures within the platform explicitly addressed and dealt with?

2. Is sufficient attention paid to gender dynamics and the power of scientific experts ?

3. Are partnerships between (research) organizations sufficiently flexible and bottom-up to successfully support innovation processes?

4. If existing power dynamics in the way research is currently done hamper successful innovations, to what extent can research be re-structured?

5. Are conflicts recognized and effectively dealt with within the platform?

6. Do stakeholders recognize their mutual interdependency to solve a problem?

7. Is there sufficient institutional space and support, e.g. among the government, to use platform results?

8. Is there sufficient time and space for researchers to build a trusted relationship with other stakeholders?

How will you use this in your

platform?

Page 40: Deciphering the DNA of innovation platforms

More information / resources on power and conflict theme*

• Knowledge co-creation portal. Multi-stakeholder processes. Tools- Power (WUR)

• Power cube. Understanding power for social change (IDS)

• Multi-Stakeholder Processes for Governance and Sustainability—Beyond Deadlock and Conflict (Hemmati 2002)

• Getting to Yes: Negotiating Agreement Without Giving in (Fisher and Ury 1981)

• Knowledge co-creation portal. Multi-stakeholder processes. Tools - Conflict styles (WUR)

• ‘Breaking the impasse: Consensual Approaches to Resolving Public Disputes’ (Susskind and Cruikshank 1987)

* Will be available, along with all course materials, in a dedicated dropbox folder.

Page 41: Deciphering the DNA of innovation platforms

Resources, incentives and timeframe

Incentives and motivation

Changing conditions and flexibility

Resources and sustainability

Page 42: Deciphering the DNA of innovation platforms

Incentives and motivation

• Nature of platform matters – a focus on NRM would be quite different from VCD – and this may influence expectations & incentives.

• It can be challenging to actively engage stakeholders in the Innovation platform and to keep them actively involved over time, especially if incentives for participation can be rather unclear to stakeholders.

• Financial incentives can be tricky (“project” versus “program” mentality). Alignment and internal motivation should be sought.

Page 43: Deciphering the DNA of innovation platforms

Changing conditions and flexibility

• Innovation processes are non-linear, dynamic, diverse, highly context-specific and characterized by coincidence, uncertainty and unpredictability. The process of innovation platforms therefore requires continuous adaptations to changing conditions

• Changes may occur in several key areas (see below) and should be welcomed and embraced – they are a normal part of the process!

• priorities of stakeholders

• the focus and objective of the platform

• membership of the platform;

• roles and responsibilities of platform members

• platform activities

• research strategy and research questions

• etc.

Page 44: Deciphering the DNA of innovation platforms

Resources and sustainability

• Innovation processes are intensive in terms of financial as well as human resources required. They also have a rather long ‘pay-off’ time, particularly when large networks are involved.

• A frequently posed question is whether Innovation platforms are “sustainable”.

• Participatory processes during the program critical, as engaged stakeholders more likely to continue beyond initial project support.

How are you addressing this

in your platform?

Page 45: Deciphering the DNA of innovation platforms

Role of researchers in the resources, incentives and timeframe theme: • Researchers can help to provide insight into stakeholders’ expectations, clarify

underlying principles of Innovation platforms and reveal possible benefits for stakeholders.

• Researchers should clarify (and minimize / optimize) the amount of time stakeholders are required to invest in the platform. If stakeholders are expected to invest their time without seeing (direct) benefits, their commitment is likely to be low .

• Researchers should have an open and flexible research strategy from the outset.

• Researchers – as well as other stakeholders and program partners – need to be flexible, e.g. through adaptive management.

• Researchers can provide clarification towards expectations of donors, partner organizations and stakeholders with regard to the time frames.

Page 46: Deciphering the DNA of innovation platforms

Key questions on resources, incentives and timeframe theme: 1. What are incentives for participation in the platform? Are these in line with stakeholders

expectations?

2. Are stakeholders given the opportunity to make a meaningful contribution to research?

3. Is the expected time-investment of stakeholders sufficiently clarified?

4. Is the research strategy sufficiently open and flexible to respond to changing conditions?

5. Do donors and other program partners agree on a rather open project planning?

6. Do researchers in the platform have sufficient mandate to promptly respond to changing conditions?

7. Are platforms expected to continue operating after the program? If so, in what format and where do resources come from?

8. Should Innovation platforms be sustainable? If so, when is a platform considered sustainable?

9. Where do resources come from? Who controls them?

10. Are stakeholders internally motivated to join the platform?

How will you use this in your

platform?

Page 47: Deciphering the DNA of innovation platforms

Monitoring and Evaluation

• Innovation platforms’ validity and contributions to effective research for development and achieving development outcomes needs to be demonstrated.

• Innovation processes are complex, can only be partially planned and often remain largely unintended, which make it challenging to measure them.

• Innovation processes are characterized by an interplay of many factors, which makes it difficult to attribute changes to a specific cause.

• These challenges however should not stop us from attempting to capture their effectiveness.

Page 48: Deciphering the DNA of innovation platforms

Monitoring innovation platforms

• Why monitor?

• What to monitor?

• Who monitors?

• What process monitoring tools / approaches are you familiar with?

In small groups, take

10-15 minutes and discuss:

Page 49: Deciphering the DNA of innovation platforms

What to monitor • Activities that aim to resolve a

problem or take advantage of an opportunity

• Process outputs, including changes in knowledge, attitudes and practices of the platform members

What did you think

about Case 1 (ImGoats)?

Page 50: Deciphering the DNA of innovation platforms

Process monitoring tools • Outcome mapping

• Most significant change

• Network analysis

• Participatory impact pathways

• Digital storytelling / participatory video

• Farmer field days and learning fairs

Which others do you use?

Page 51: Deciphering the DNA of innovation platforms

Which of the following have you used* for monitoring in your platform?

A. Outcome mapping B. Most significant

change C. Network Analysis D. Participatory impact

pathways E. Digital storytelling /

participatory video F. Farmer field days /

learning fairs Outc

ome m

apping

Most

sign

ifica

nt change

Network

Analys

is

Partic

ipato

ry im

pact p

a...

Digita

l sto

ryte

lling /

part..

.

Farm

er fie

ld d

ays /

learn

...

0% 0% 0%0%0%0%

*Select ALL that apply

Page 52: Deciphering the DNA of innovation platforms

Impact of innovation platforms

• What are some of the difficulties in assessing the impact of innovation platforms?

• How can platforms achieve impacts?

In small groups, take 5 minutes

and discuss:

Page 53: Deciphering the DNA of innovation platforms

How can platforms achieve impacts?

• By providing information and resources to platform members

• Through research

• By negotiation and persuasion

• Through lobbying and advocacy

Page 54: Deciphering the DNA of innovation platforms

Why is demonstrating impact difficult? • Achieving impact is difficult. The problems

that innovation platforms attempt to solve tend to be complex.

• Some impacts are difficult to measure. Many

impacts of innovation platforms, such as ‘innovation capacity’ are intangible and hard to quantify.

• Measuring (non-financial) benefits can be tricky. Many benefits are unforeseen or are side

benefits difficult to grasp.

• Innovation platforms are long-term endeavors – impacts may only be reached beyond the initial project duration

Page 55: Deciphering the DNA of innovation platforms

Role of researchers in the monitoring and evaluation theme: • Researchers can introduce methods that are more suitable to the complex nature of

innovation platforms, such as outcome mapping, most significant change, social network analysis, participatory impact pathways, etc.

• Researchers should develop additional and/or new (quantitative) indicators that capture system innovations, institutional change and innovation capacity.

• It is also important to conduct a diagnostic study of the institutional context at the beginning in order to have a baseline to which changes can be assessed in later stages of the project.

• a learning framework (with space for reflection) that recognizes the complexity and intangibility of innovation processes is needed. The framework should also recognize failures and learn from them.

• Participatory M&E is favorable because it offers stakeholders the opportunity to learn from each other and to provide their view on the process. It is also helpful to reflect on platform activities and create feedback loops.

• Process documentation can provide valuable insights in innovation processes, but it can also be quite time-consuming

Page 56: Deciphering the DNA of innovation platforms

Key questions on monitoring and evaluation theme: 1. How is effectiveness of Innovation platforms measured?

2. What indicators and methods are available to measure system innovations, institutional change, and innovation capacity? What new indicators should be developed?

3. Is the institutional context included in baseline studies?

4. Do the selected M&E method(s) allow for capturing unintended outcomes?

5. Is a learning framework included that recognizes the complexity and intangibility of innovation processes?

6. Is the M&E process participatory? I.e. are stakeholders actively involved in monitoring and evaluating the Innovation platform process?

How will you use this

in your platform?

7. Is there sufficient space and support within the platform and (research) organizations to recognize and learn from failures?

Page 57: Deciphering the DNA of innovation platforms

More information / resources on monitoring and evaluation theme* • Handbook for Participatory Action Research, Monitoring and Evaluation (Chevalier

and Buckles 2013)

• Participatory Evaluation (Better Evaluation)

• Outcome mapping (Better Evaluation)

• Reflexive Monitoring in Action (Van Mierlo et al. 2010b)

• Knowledge co-creation portal. Multi-stakeholder processes. Tools - Institutional Analysis (WUR)

• Rapid Appraisal of Agricultural Innovation Systems (RAAIS) (Schut et al. in press; Schut et al. in prep)

• ‘Learning alliances: an approach for building multi-stakeholder innovation systems’ (Lundy et al. 2005)

* Will be available, along with all course materials, in a dedicated dropbox folder.

Page 58: Deciphering the DNA of innovation platforms

Still want more M&E?

…then you’re in luck !!!

We’ll have a whole day looking at

Reflexive Monitoring on Friday

Page 59: Deciphering the DNA of innovation platforms

Brief 2

Page 60: Deciphering the DNA of innovation platforms

You are the head of your country’s Department of Livestock, and the Prime Minister has tasked you with setting up a new policy to develop your country’s dairy production. Where do you start?

How can IPs contribute to shaping national policies?

Page 61: Deciphering the DNA of innovation platforms

Engaging with policymakers

Setting sector standards

Facilitating policy implementation

Creating national platforms

Key elements

Page 62: Deciphering the DNA of innovation platforms

Take 5 minutes to review the three cases in Brief 2.

Discuss whether these mechanisms would be valid in your platforms, and how you would adapt & implement similar processes.

Be ready to share back with the plenary

In your groups…

Page 63: Deciphering the DNA of innovation platforms

Brief 3

Page 64: Deciphering the DNA of innovation platforms

(Potential) role of research(ers) in innovation platforms:

- Current thinking: “re-conceptualizing of roles and contribution of researchers in development projects

- Paradigm shift Linear thinking –> innovation system thinking (TT -> FRS -> AKIS -> AIS)

- Institutional context: make decision and influence the credibility, legitimacy and relevance of research in IPs

- Changing roles of researchers are recognizing by the:

– Researcher themselves

– Policy makers, farmers and development practitioners

- How research can contribute to development impact?

Page 65: Deciphering the DNA of innovation platforms

CGIAR research council suggests five roles of CGIAR centres: 2006

Primary research function

Secondary research role at

strategic/ applied

level

Catalytic role

Facilitative/

enabling function

Advocacy

Page 66: Deciphering the DNA of innovation platforms

In Innovation platforms research can help:

To reduce uncertainty

To develop common departure points necessary for coordination and collective action

To improve relations and understanding among stakeholders by joint fact-finding

To generate unexpected feedback and eye-openers for the system

Page 67: Deciphering the DNA of innovation platforms

Research support IPs in three ways: practice brief 3: 1. Traditional research:

– Authoritative, objective and value-free knowledge

– Base line study, impact and evaluation

2. Knowledge management and action research -

- Knowledge in to use

- Backstop them to generate knowledge- CapDev

3. Enabling Environment for innovation

– Fund, input, capacity development

Page 68: Deciphering the DNA of innovation platforms

Cases in Mozambique and Ethiopia

Case 1: government initiated IP to develop sustainable biofuels policy

Wageningen University: -

• inventory of biofuels activity (traditional research)

• Facilitating and documenting platform meetings (kge mgt)

• Fundraising and lobbying (enabling environment)

Case 2: Africa RISING project in Ethiopia

- ILRI and CG centers

- Diagnostic activities in all the project sites (PCA, livelihood, etc) to reduce uncertainty

- Develop common departure points for joint action

Page 69: Deciphering the DNA of innovation platforms
Page 70: Deciphering the DNA of innovation platforms

IPs support research process/cycle: NBDC case - Topic – land degradation, soil erosion

and free grazing

- Prototypes – innovation fund for pilot intervention on farm and grazing lands

- Training- for farmers (technologies and new practices)

- Testing, adaptation and improvement – pilot on different fodder verities

- Document- it worked well

- Analyzed- how soil fertility improved

- Published, disseminate, new research questions

Page 71: Deciphering the DNA of innovation platforms

Issues

Fodder interventions have been

selected by stakeholders in all three

sites to address these issues

NBDC

Site Main Issue Related Issues

Fogera Unrestricted

grazing

Land

degradation

Diga Land

degradation

Termite

infestation *

Jeldu Soil erosion Deforestation

Page 72: Deciphering the DNA of innovation platforms

Innovation platforms for agricultural value chain development

• How are IP for VC different from traditional IP?

• How do different types of platform members benefit?

• What different types of VC IP can you think of?

In small groups, take 5-10

minutes and discuss:

Page 73: Deciphering the DNA of innovation platforms

Uniqueness of innovation platforms that focus on value chain development • many of their members come from the private sector.

Profit motivations tend to dominate

• Platform members (may) compete with each other.

What are the

implications of this?

Page 74: Deciphering the DNA of innovation platforms

Types of innovation platforms that deal with value chains.

• Farmer-based

• Value-chain-based

• Accidental

Page 75: Deciphering the DNA of innovation platforms
Page 76: Deciphering the DNA of innovation platforms

Which type of value chain innovation platform is depicted in the previous cartoon?

A. Farmer-based

B. Value-chain based

C. Accidental

D. None of the above

Farm

er-base

d

Value-ch

ain b

ased

Accid

ental

None of t

he above

0% 0%0%0%

Page 77: Deciphering the DNA of innovation platforms

Communication in innovation platforms

• What are some of the internal and external communications activities you carry out in your platform?

• What are the roles of communications in innovation platforms? How would these differ in field sites / action sites / action areas?

In small groups, take 5 minutes

and discuss:

Page 78: Deciphering the DNA of innovation platforms

Three roles of communication • Engagement and dialogue

– Facilitated meetings and events

– Study tours and exchanges

– Role plays and games

– Networking

• Documentation and outreach

– Internet and web-based tools

– Documents, newsletters and publications

– Video and photographs

– Resource centres

– Radio, phone, text messages, media

• Learning

– Participatory video

– Most significant change stories

– After action reviews

– Learning games

– Story telling

– Journals

Page 79: Deciphering the DNA of innovation platforms

Which of the following have you used* for communications in your platform?

A. Facilitated meetings B. Study tours C. Role play and games D. Newsletters &

publications E. Video & photographs F. Digital storytelling /

participatory video G. Most significant

change stories Fa

cilita

ted m

eetings

Study to

urs

Role p

lay a

nd games

Newsle

tters

& p

ublicatio

ns

Video &

photo

graphs

Digita

l sto

ryte

lling /

part..

.

Most

sign

ifica

nt change

s...

0% 0% 0% 0%0%0%0%

*Select ALL that apply

Page 80: Deciphering the DNA of innovation platforms

Developing innovation capacity through innovation platforms

• In the cooking pot example, where does innovation capacity develop?

• In your platforms, what signs of innovation capacity do you observe?

In small groups, take

5 – 10 minutes and

discuss:

Page 81: Deciphering the DNA of innovation platforms

Innovation Capacity – what is it and how do you foster it? • Like the cooking process in the pot…

• Participants have to interact well; the facilitation has to be suitable, and all those involved must have the patience to let the process unfold

• Paying attention to the process and to learning by the group is central to developing a sustained capacity to innovate, as is appropriate training to develop relevant capacities locally.

Page 82: Deciphering the DNA of innovation platforms

Which type of value chain innovation platform is depicted in the Babure innovation platform in Uganda?

A. Farmer-based

B. Value-chain based

C. Accidental

D. None of the above

Farm

er-base

d

Value-ch

ain b

ased

Accid

ental

None of t

he above

0% 0%0%0%

Page 83: Deciphering the DNA of innovation platforms

Linking action at different levels through innovation platforms

• What kind of linkages are described in the brief? Are you practicing some or all of these in Humidtropics?

• What are some of the benefits associated with linking action at different levels through innovation platforms?

In small groups, take 5 minutes

and discuss:

Page 84: Deciphering the DNA of innovation platforms

Benefits associated with linking action at different levels through innovation platforms • Scaling out successful innovations.

• Empowering local actors to influence policy

• Fostering dialogue in policymaking

• Developing value chains

• Increasing legitimacy and learning

How linked are your

platforms?

Page 85: Deciphering the DNA of innovation platforms

What linkages does your platform currently have to other platforms?

A. None – we’re still focusing internally

B. Horizontal linkages (to platform at similar level)

C. Vertical Linkages (to platform at different levels)

D. Both horizontal and vertical links

None – we’re

still

focu

sin...

Horizonta

l lin

kages (

to p

l...

Vertica

l Lin

kages (

to p

la...

Both h

orizonta

l and verti

c..

0% 0%0%0%

Page 86: Deciphering the DNA of innovation platforms

IPs to support Natural Resource Management

• Who is working directly on IP that focus on NRM?

Page 87: Deciphering the DNA of innovation platforms

Innovation Platforms in NBDC

• Baseline survey revealed low level of participation of relevant stakeholders during planning, implementation and M & E of land and water management strategies

• Extension approaches are observed to be top-down – Mere Technology push and blanket quota system

Page 88: Deciphering the DNA of innovation platforms

Why Innovation Platforms?

Or...

Page 89: Deciphering the DNA of innovation platforms

IPs to support Natural Resource Management

• Why IPs for NRM? Examples from Fogera NBDC IP in Ethiopia

• Scale: erosion (up and down stream)

• Complexity: issue is complex (social, economic and biological and environmental)

• Conflict: herders and farmers compete on land

• Cost: some needs high investment

• Information: not easily available

• Incentives: – Pay today benefit in the future

– Pay today and someone else benefit

– Pay today, watch others get a free ride

Page 90: Deciphering the DNA of innovation platforms

Annex

Page 91: Deciphering the DNA of innovation platforms

Session Name: Humidtropics CapDev workshop_DROR_30-April-2014

Date Created: 4/30/2014 8:24:55 AM Active Participants: 25 of 25Average Score: 36.00% Questions: 10

Results by Question1. H_M_D_R_P_C_ (Multiple Choice)

Responses

Percent Count

I D J I U A 6.25% 1

I O E H E V 18.75% 3

T O S I U I ( c ) 56.25% 9

T U U U A N 18.75% 3

Totals 100% 16

4/30/2014

Page 1 of 6

Page 92: Deciphering the DNA of innovation platforms

2. What is the most enticing benefit of IPs as far as you are concerned? (Multiple Choice)

Responses

Percent Count

Facilitatedialogue

28.57% 6

Identifybottlenecks

4.76% 1

Motivation & ownership

14.29% 3

Upwardcommunication

0% 0

Better-informeddecisions

19.05% 4

↑ Capacity development

4.76% 1

Enableinnovative

research

14.29% 3

Enhance impact 14.29% 3

Totals 100% 21

4/30/2014

Page 2 of 6

Page 93: Deciphering the DNA of innovation platforms

3. What is the most crippling constraint of IPs as far as you are concerned? (Multiple Choice)

4. Percentage of females in your platform (Multiple Choice)

Responses

Percent Count

Dependence on full buy-in

25% 5

Need for ongoing tangible

outputs

20% 4

Difficult & costly to

implement

30% 6

Long term perspective

10% 2

Difficult to M&E 10% 2

Power dynamics 5% 1

Totals 100% 20

Responses

Percent Count

50% or more 10% 2

30-49% 10% 2

20-29% 10% 2

Less than 20% 30% 6

No platforms yet 40% 8

Totals 100% 20

4/30/2014

Page 3 of 6

Page 94: Deciphering the DNA of innovation platforms

5. Platform facilitator is (Multiple Choice)

6. Which is the biggest perceived power/ representation risk in your platform? (Priority Ranking)

Responses

Percent Count

Male 76.92% 10

Female 7.69% 1

Undecided 15.38% 2

Totals 100% 13

Responses

Percent WeightedCount

Powerfulmembersdominate

56.25% 90

Diversity not reflected

12.5% 20

Not all knowledge is

used

31.25% 50

Totals 100% 160

4/30/2014

Page 4 of 6

Page 95: Deciphering the DNA of innovation platforms

7. Which of the following have you used* in your platform to address power dynamics?(Multiple Choice - Multiple Response)

8. Where should we continue the rest of the afternoon session? (Multiple Choice)

Responses

Percent Count

PRA 21.88% 7

Participatoryvideo

9.38% 3

Role-play 12.5% 4

Skilledfacilitators

31.25% 10

ResearchEvidence

12.5% 4

Links between levels

6.25% 2

Bypassingplatform

6.25% 2

Totals 100% 32

Responses

Percent Count

Inside. We’realready here...

62.5% 10

Outside. It’s a glorious day...

37.5% 6

I was told there will be no math

on this course.

0% 0

Totals 100% 16

4/30/2014

Page 5 of 6

Page 96: Deciphering the DNA of innovation platforms

9. Which type of value chain innovation platform is depicted in the previous cartoon?(Multiple Choice)

10. Which type of value chain innovation platform is depicted in the Babure innovation platform in Uganda? (Multiple Choice)

Responses

Percent Count

Farmer-based 25% 4

Value-chainbased

56.25% 9

Accidental 12.5% 2

None of the above

6.25% 1

Totals 100% 16

Responses

Percent Count

Farmer-based 20% 3

Value-chainbased

33.33% 5

Accidental 46.67% 7

None of the above

0% 0

Totals 100% 15

4/30/2014

Page 6 of 6