NRM


2013 is the final year for the Nile Basin Development Challenge (NBDC). On 20 and 21 February 2013, the NBDC convened a meeting of the  National Land and Water Management Platform to review progress and directions for the coming phase.

Group photo: NBDC / Land and Water Management National Platform Meeting 4 (Credit: ILRI/Zerihun Sewunet)

Group photo: NBDC / Land and Water Management National Platform Meeting 4 (Credit: ILRI/Zerihun Sewunet)

The workshop reflected on past work – approaches developed, research findings, key messages – in order to prioritize future interventions. Over 60 participants from partner organizations and other governmental, research and non-governmental institutions participated to the two-day workshop.

After an introduction to the NBDC timeline, some key messages compiled by project staff were presented and discussed. A series of NBDC approaches, methods or areas of work were introduced later in the day: innovation platforms and recent insights, modeling, Wat-A-Game, Happy Strategies game, GIS, Goblet tool and suitability maps, participatory hydrological monitoring, digital stories and participatory video, and local planning processes.

The participants formed groups to discuss the relevance of the messages they heard and to identify priority activities to build upon NBDC work and embed it in organizational and individual practices. A special policy session also looked at possible contributions of the NBDC to priority development challnges in Ethiopia.

At the end of the workshop, the Nile basin leaders Simon Langan and Alan Duncan reflected on the feedback received and the directions that the NBDC will take. Key directions include: repackaging research in accessible ways for farmers, policy-makers and other organizations; focusing on capacity development; finding practical ways to bring farmers’ and scientists’ voices together in crafting common approaches and discourse; addressing the regional gaps between local level work and national level engagement; and joining forces with existing initiatives that can reinforce the messages of the NBDC such as the Sustainable Land Management program.

Read the notes of the meeting.

Discover pictures from the event.

Charlotte MacAlister, hydrologist at the International Water Management Institute (IWMI) and team leader for the Nile BDC project on ‘Assessing and anticipating the consequences of innovation in rainwater management systems‘ left Ethiopia in late January. She will start working for Canada’s International Development Research Centre (IDRC).

In this interview she shares some views on her involvement in the Nile BDC , her perspective on relative successes and challenges for her work in NBDC and some advice for the final year of the project.

What range of activities have you been involved in?

I joined IWMI in Ethiopia in 2010 and started in the week of the NBDC inception meeting.

I have been involved in the program management of the ‘Nile 4′ project and generally in basin scale water resource and hydrological impact modelling. More specifically, I have been working on training and capacity building (both internally and externally), spatial analysis and modelling, the development of water resource management tools and the generation of a data archive for the Nile Basin.

What has been successful / what are you most proud of?

Quite a few things worked well:

  • Some innovations in the application of global climate data sets.
  • The distribution of free climate data for any user (not restricted to the NBDC), i.e. with open access data sets available on the web.
  • The development of high quality, robust hydrological models of the Blue Nile using real data.
  • We have built strong linkages with local research partners (e.g. the Universities of Bahir Dar, Ambo, Arba Minch) and with governmental agencies (Abay basin authorities, Tana river basin organization, Beles river basin organization, the Ministry of Water and Energy).
  • The training and support of master students who graduated. Over the course of my involvement, we had six MSc students graduate, supported by the program.
  • Initiating the spatial analysis and modeling (SAM) topic working group for cross-basin learning.

What has been most challenging, why?

The technical challenges of modelling large and mostly ungauged basins (no rain /flow or sediment gauge) meant that building the model was difficult: How can you assess impact without data?

After we set up our models, we faced another challenge: the general lack of understanding about different interventions. We have estimates and guesses about what intervention might work where but we don’t really have any measure of impact and we cannot easily use modelling effectively for that reason. What we actually need is experimenting on catchment with different practices to find out what the physical impact of interventions will be – before and after. There is no way to get around that.

As a result of the above, another challenge was the lack of any direct impact by which we could monitor change. We are expected to assess impact without implementing any intervention. If I were to do this by myself I would start with engaging on the one hand a community that wants to make changes and on the other hand another one that does not want to make changes. Over five years I would then have time to see changes and assess impact. When your job is to quantify impact, it is difficult to work in these conditions and qualitative approaches are not enough. People in the Ministry of Water and Energy want real evidence of impact, at least within a range, to see if a practice can be scaled up.

Finally, what was also challenging was the way the project was structured: Splitting the NBDC across scales rather than themes (e.g. hydrology, economics etc.) made the project organization somewhat cumbersome.

What lessons learned will you use or build upon in your next job?

First and foremost, in a project, engaging with key partners in communities and among governmental agencies from the design of the project and at the stage of defining project outcomes is key to success.

Another lesson is that we are not that much closer to appreciating and valuing each others’ perspective between social scientists and biophysical scientists.

However, I want to continue using and promoting the tools we developed; I would like to keep some relation with the SAM group. A lot of people are working on similar issues around the world. Why not share learning across them and across communities? Our lessons don’t have to be  restricted to the different Basin Development Challenges, they can also benefit communities.

Where are you headed? Will you keep working (in some capacity) with the NBDC?

I’m going to be working as senior program officer at the water and climate change division of IDRC. I will be working on water and climate change projects in Southern Africa and South Asia. It is unlikely that I will continue collaboration with the NBDC.

Any advice to the NBDC for the final year?

Focus on what is working now and on the productive relationships that have been developed. Do not be afraid to drop activities.

One of the objectives of the Nile Basin Development Challenge – registered as one of the outcomes that the program hopes to achieves – is to develop the capacities of various actors, including of future generations of decision-makers, planners and implementers of land and water management policies and interventions.

Over the past, the Nile BDC has hosted the work of various students to develop their theses. Here is a tour of some of these:

Most recently,

Other theses comprise:

For the final year of the Nile BDC, a few more theses and pieces of work can be expected.

Catherine Pfeifer (credit: ILRI / C. Pfeifer)

Catherine Pfeifer, Post-doc at the International Livestock Research Institute (ILRI) and the International Water Management Institute (IWMI), is going back to Switzerland in late December. For the past three years, she was involved in the Nile Basin Development Challenge project (‘N3′) on ‘Targeting and scaling out of rainwater management systems‘.

In this interview she shares some views on her involvement in the NBDC  and particularly her work around gaming solutions for targeting relevant land and water management options.

What range of NBDC activities have you been involved in?

My main activity has been the Nile-goblet tool, including finding the data, setting up the database (linked to our suitability data), developing the concept of the tool. In a way, the Nile-goblet brings everything from the N3 project together: concepts, suitability data and adoption maps. This work aims to explain how to introduce socio-economic constraints in biophysical targeting.

The other main activity has been the Happy Strategies game which helps people assess most suitable land and water management interventions in a given area.

In addition to this, she did a lot of capacity building: A one-week training on geographic information systems (GIS) in 2011 and two training courses more recently this year. Finally there was the learning event last week which introduced the Nile-Goblet tool to members of the NBDC national platform thematic working group on technological innovation.

What has been most successful / what are you most proud of?

The tools: the Nile-goblet and the Happy Strategies game. They are taken up by partners (the Water and Land Resource Centre will further promote and work with those tools. They are considering developing them further in future learning events of the thematic working group on technological innovation. The reason I am proud: our initial objective was to get other people involved in developing these tools and we seem to have achieved this objectives.

Working with partners has generally been successful, despite challenges (see below).

The Spatial Analysis and Modeling topic working group has also been great to work with and quite a success.

What has also been successful is the work in our team: as the GIS specialist, I could take care of the adoption maps and developed a participatory tool. The team was very flexible throughout the process. I had enough freedom to do the things the way I thought they should work out.

What has been most challenging? Why?

Working with partners has been challenging at times, but we overcame challenges.

The other challenge was the integration with other NBDC projects. The program aimed to work in an interdisciplinary manner but it hasn’t always worked, perhaps because of the the way the project was set up. I wonder if we really had the space to develop such interdisciplinary work. At any rate we haven’t really worked together across teams as much as we could have. Every team worked in its interdisciplinary approach but this didn’t extend across projects. We missed opportunities to think together about how outputs could have been developed.

What lessons learned will you use or build upon (from your NBDC work) in your next job?

I want to keep working on integrating socio-economic constraints in spatial models. There is scope to understand how this integration works much better. I learned a lot about it in the past two years but there’s a lot of space for improvement still.

What I also really learned was how important it is to involve farmers and mix expert and local knowledge. For example we can do this geographic targeting but it will never be perfect. We need a space to interact, validate and learn and adjust, which is what we tried to offer with the Happy Strategies game. That integration is something where the CGIAR is very strong.

I also learned to not be scared, to trust that things will work out in the end somehow…  Three years ago, I would have been scared to talk to farmers and now I’m ready for it any time.

Any advices to the NBDC for the final year?

  • Get the right people involved at the right moment. E.g. the learning event was small but it brought together interested people and they will take it up.
  • Move away from trying at all costs to bring the diversity of the NBDC together. Think also about bringing similar people together to take over the work. Perhaps in our innovation platforms we would do well to reduce the diversity and invest in people that will take things up.
  • Mind the fatigue of our partners. Only invite partners that can really benefit from the events we organize. Otherwise there is a risk of a lot of talking and nothing much happening. And some partners are investing precious time and money in the events we organize, we need to remember that when planning our meetings.
  • Don’t get lost in interdisciplinarity: Try to link the NBDC teams and people but don’t try to force them to work together. There is a lot of good work that could be used at different scales and for different people. Not everything needs to be integrated.
  • If you really want to integrate the NBDC work, develop a Google layer and look seriously into collecting geo-coordinates for each NBDC output, so it can be shown on Google Earth and linked to actual NBDC documents. This could be the easiest way for NBDC to integrate our work. If I were to stay another year I would work on that and try to develop a public layer on Google Earth or a KML file (for Google Earth) which people can download, click on and display the NBDC outputs.

How do you look back at the whole experience?

I had a great time. I loved my job. I loved the fact that my job was free, despite the occasional tensions. I’m happy to see it finish nicely.

Catherine Pfeifer regularly blogged about her NBDC work on her own blog: http://catherinepfeifer.blogspot.com/

Discover the Nile-Goblet tool: http://nilebdc.wikispaces.com/Nile+Goblet+tool+and+training

Discover and use the Happy Strategies game: http://happystrategies.wikispaces.com/

The first learning event of the thematic working group on technological innovation (1) of the national platform on land and water management took place on 6 December 2012. The event brought together representatives from the Amhara Regional Agricultural Research Institute (ARARI), the Water and Land Resource Center, Nile river basin authorities, the Ethiopian water harvesting association (ERHA), and the Swiss Agency for Development and Cooperation. All participants were invited to discover and test the new open source geographic information system (GIS) tool for suitability mapping “Nile-Goblet” and to ponder how to bring technical innovation on the ground.

The participants liked the tool very much, for its ease to make suitability maps without prior GIS knowledge. They also appreciated the fact that the tool allows anyone to introduce their technical expertise or local knowledge about suitability criteria following a very a transparent procedure. Subsequently, policy-makers and practitioners can identify with, understand and trust the resulting maps.

The tool is expected to emphasize the necessity to promote location-specific rainwater management and to help move away from today’s one-size-fits-all blanket approaches. Indeed, the maps generated by users can support the elaboration of context-specific policies. In combination with participatory approaches such as the Happy Strategies game, the maps also allow bringing in expert knowledge into a participatory approach and improving planning on the ground, together with communities.

The Nile Goblet tool: screenshot (Credit: ILRI / C. Pfeifer)

The Nile Goblet tool: screenshot (Credit: ILRI / C. Pfeifer)

Participants of the learning event found it very useful to come together to learn and discuss. It is likely that this group will meet again and possibly combine learning events with other events that are already planned and funded. Additionally, the Water and Land Resource Center – in collaboration with the Swiss Agency for Development and Cooperation - will look into opportunities to use and promote the Nile-Goblet tool for their own work.

On the second day of the workshop, an informal training course took place, aiming at adapting the tool for participants’ own needs.

The learning event brought together a budding community of practice which seems truly interested in location-specific rainwater management and has the capacity to carry out the work of the Nile Basin Development Challenge in this field further along.

On 18 December 2012, the learning event was followed by another introduction to the Nile-Goblet tool, this time for CGIAR staff in Ethiopia.

Read the notes of the Learning Event here.

Read more about the Nile-Goblet tool here.

View the presentation

(Article by Catherine Pfeifer)

Notes:

(1) The national platform on land and water management launched four thematic working groups in the course of 2012. Technological innovation is one of these working groups.

The topic working group on ‘spatial analysis and modelling’ (SAM) from the Challenge Program for Water and Food (CPWF) has agreed on a partnership between the International Water Management Institute (IWMI), Cornell University and Texas A&M University on a product dealing with global climate reanalysis data.

This partnership and announced its intentions at the recent Soil and Water Technology (SWAT) 2012 conference. The product (available at this address: http://tamu-cornell.drfuka.org/) will be hosted by Texas A&M University for now.

As an upcoming paper highlights, “Obtaining representative or near real-time meteorological data to force watershed models can be difficult and time consuming. Land based stations are often too far from the point of interest to adequately represent the weather, and many have  gaps in the data series.” The Climate Forecast System Reanalysis (CFSR) global meteorological data set has the advantage of using precipitation and temperature data, which generally provide better predictions of watershed discharge than land based stations at distances greater than 10 km from the watershed center.

This data set is useful for the SAM team for hydrological modeling, in the absence of gauge data. However, the data can also be used for any other application. It requires MET parameters – a lot of other parameters were not included (see full details at: http://rda.ucar.edu/pub/cfsr.html). Daniel Fuka, PhD student from Cornell University is leading this work.

On Monday 23 and Tuesday 24 July, the national platform for water and land management holds its third meeting.

This third meeting is organized with the project ‘Sustainable tree-crop-livestock intensification as a pillar for the Ethiopian climate resilient green economy initiative‘. The project is one of the ‘early win’ initiatives of the Africa RISING program which aims to transform agricultural systems through sustainable intensification projects in three regions of Africa, including the Ethiopian Highlands. Sustainable intensification of trees, crops and livestock is naturally linked to water and land management and as such it seemed natural to present the project to the national platform meeting.

Next to this part of the workshop, the four thematic working groups identified during the second national platform meeting will present their agenda and planned activities.

In the first national platform meeting, participants defined the rationale, vision and structure of the platform. In the second national platform meeting, the participants grouped according to areas of interest and relevance for the platform, to flesh out an agenda of action. This third meeting should therefore introduce the activities planned, gather feedback, identify additional sources of financial or technical support and finally reinforce linkages between different projects and initiatives that contribute to improving water and land management in the Nile Basin.

The NBDC-supported national platform on land and water management has convened two meetings (in April and in December 2011). During the second meeting, it was agreed that the national platform should see to the establishment of thematic working groups that would flesh out a series of activities to fulfill the platform’s mission to ‘Ensure a healthy, sustainable, and equitable use and management of natural resources for improved productivity, livelihoods and ecosystem services in Ethiopia’. These thematic working groups are now formed and developing their agenda and activities.

Five thematic working groups emerged from the second national platform meeting. They eventually became four groups as one of them was too broadly focusing on ‘land and water management’, which is the general object of the national platform, thence it is addressed by all the thematic working groups. The four groups identified by participants are:

  • Institutional innovation;
  • Technological innovation;
  • Policy support;
  • Resilient ecosystems and climate change.

The second national platform meeting report introduced the original rationale and suggested some activities, members etc. for these working groups.

In late June and mid-July, the four thematic working groups have gathered for the first time, under the auspices of a reputable chair. Each of the working groups has worked on a similar program for their first meeting: What is the rationale of this group, and desired outcomes? What specific issues will it focus on, how will it organize its activities to address this agenda? How will the group communicate, coordinate and document its work, how will it share it with other thematic working groups? What funding mechanisms could it tap into in order to develop additional activities?

And finally, the working groups have defined what they want to bring back to the upcoming third national platform meeting, on 23-24 July. After that meeting, the thematic working groups will have their baptism by fire as they will have to follow words with actions and actually implement their plans. Given the constraints on financial resources for the remaining 18 months of the Nile Basin Development Challenge, the onus is on the thematic working groups to perhaps unveil a new path and set of activities for the national platform further down the line…

Notes of the thematic working groups are currently available on the innovation platforms page of the NBDC wiki (under ‘National platform and ThWG meetings’).

Maksenit (Amhara) community members playing an adapted version of the ‘Happy Strategies’ Game Capturing GIS data in Debre Tabor (Credits: Catherine Pfeifer / ILRI)

Maksenit (Amhara) community members playing an adapted version of the ‘Happy Strategies’ Game (photo credit: ILRI/Catherine Pfeifer)

One of the sub-projects of the Nile Basin Development Challenge (NBDC) – ‘Targeting and scaling out of rainwater management systems’ – aims to map which rainwater management strategies work where, targeting specific strategies and scaling them.

We understand rainwater management strategies, to be a combination of rainwater management practices that increases water infiltration in the up-slope of a landscape, increases soil and water conservation in the mid-slope and increases water productivity in the low slope. Rainwater management practices are very broad and include, beyond rainwater harvesting, a whole range of practices affecting crops, livestock and trees.

The maps generated by the project are based on biophysical suitability criteria and socio-economic constraints identified in literature and through stakeholder consultation. Having generated the maps of likely areas where a strategy might be adopted successfully, the project team is ground-truthing the analysis by assessing adoption rates of rainwater management strategies in different locations.

A multi-scale approach is required to carry out this assessment.

Working closely with national partners, at farm scale, the team interviewed 600 farmers in 7 different watersheds of the Ethiopian Blue Nile – the current NBDC watersheds, namely Diga, Fogera and Jeldu as well as four new sites selected with NBDC partners:

  • In the Oromia region, Gorosole watershed (near Ambo) and Leku watershed (near Shambu);
  • In the Amhara region, Maksenit watershed (near Gondar) and Zefie watershed (near Debre Tabor).

The sampling of the farmers covers high-, mid -and low slopes in each landscape and represents female-headed households proportionally.

At landscape scale, the team ran focus group discussions in the four new watersheds and asked key community informants to imagine the best possible rainwater management strategy for their watershed, using an adapted form of the happy strategies game to understand which practice fits where and how it may need to be combined.

Capturing GIS data in Debre Tabor (photo credit: ILRI/Catherine Pfeifer)

Factors limiting adoption – which are beyond farmers’ influence – are identified in the process. They result in a set of interventions needed to enable the adoption of the strategy.

The 600 farm household surveys have been collected and are all geo-referenced at farmstead  – all in close collaboration with partners. Data entry will begin soon and the team plans a ‘writeshop’ to run the first analysis of the data with partners – to develop partners’ capacity to work with statistics and write analysis reports.

Find more detailed descriptions of the watersheds and how data has been collected on the blog of one of the NBDC researchers involved in the project.

Tilahun Amede, Nile Basin project leader is co-editor of a new book ‘Integrated Natural Resource Management in the Highlands of Eastern Africa: From Concept to Practice.’

It documents a decade of research, methodological innovation, and lessons learned in an eco-regional research-for-development program operating in the eastern African highlands, the African Highlands Initiative (AHI). It does this through reflections of the protagonists themselves—AHI site teams and partners applying action research to development innovation as a means to enhance the impact of their research.

This book summarizes the experiences of farmers, research and development workers, policy and decision-makers who have interacted within an innovation system with the common goal of implementing an integrated approach to natural resource management (NRM) in the humid highlands.

This book demonstrates the crucial importance of “approach” in shaping the outcomes of research and development, and distils lessons learned on what works, where and why. It is enriched with examples and case studies from five benchmark sites in Ethiopia, Uganda, Kenya, and Tanzania, whose variability provides the reader with an in-depth knowledge of the complexities of integrated NRM in agro-ecosystems that play an important role in the rural economy of the region. It is shown that the struggle to achieve sustainable agricultural development in challenging environments is a complex one, and can only be effectively achieved through combined efforts and commitment of individuals and institutions with complementary roles.

Chapter 1 gives an overview of INRM as a concept and the birth and evolution of AHI, including the methodological framework through which innovations were developed and tested and its results. Chapter 2 provides an overview of farm-level methodological innovations oriented towards participatory intensification and diversification of smallholder farming systems for optimal system productivity (economic, social, and ecological). Chapter 3 summarizes AHI
experiences with a set of approaches employed to operationalize participatory watershed management through an integrated lens which looks not only at soil and water but at a wider set of system components and interations.

Chapter 4 explores lessons learned to date on methods and approaches for participatory landscape governance, exploring how processes that cut across farm boundaries, involve trade-offs between different land users or require collective action may be addressed effectively and equitably. Chapter 5 explores the role of district level institutions and cross-scale linkages in supporting grassroots development and conservation initiatives, including improved coordination and better support to local livelihood priorities and bottom-up governance reforms. Chapter 6 explores methods and approaches for scaling up and institutionalizing integrated natural resource management innovations (e.g., those presented in earlier chapters), as well as approaches for self-led institutional change that can institutionalize the process of methodological innovation and impact-oriented research.

Published by IDRC, ICRAF and Earthscan, the full report can be downloaded from the IDRC institutional repository

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