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Linking smallholders to existing wood value chains for sustainable supply


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An aerial view of a river catchment area in Sondu Basin, Kenya. Photo by P. Sheperd/CIFOR
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Continuing a series of interviews on inclusive landscape finance, Tevis Howard, founding director of Komaza, shares his insights with Bas Louman of Tropenbos International.

Tevis Howard of Komaza. Photo by Komaza

Komaza, founded in 2006, is a vertically integrated forestry company that is involved in forest production from tree nurseries, tree cultivation, harvesting and processing, to selling to domestic and international customers. The company is based in Kifili, Kenya.

Different from other forestry companies in Africa, which produce timber in large plantations, its production is based on thousands of small woodlots in partnership with as many smallholder farmers.

This fits into the production model in Kenya well, where more than 50 percent of the wood supply comes from such farmers.

By aggregating the wood production of these small farmers, Komaza has been able to link them to the traditional wood value chain.

Tevis Howard gives us some insights into the challenges and opportunities he faced in seeking finance during the 13 years since the foundation of the company.

What does ‘inclusiveness’ mean to you?

Inclusiveness seems to be more of an academic issue and can mean many things, at all segments of the value chain, from production to consumption. What counts is that products are useful and accessible to everybody, whether they be financial products, material inputs for tree production or the final products of the wood value chain. Partnerships should be mutually beneficial and include people in transactions or agreements because it is valuable to do so, and not just because it is politically correct.

In our case, partnering with smallholders is a clear business strategy which allows us to reach scale while reducing risks and costs. At the same time, farmers have low risk, significantly increase their assets, and have an expectation of additional future income. Our experience is that partnerships as a whole have created greater benefits for all than could have otherwise been achieved.

Read also: Moving towards a more integrated view on finance and impact

What are the structural barriers to financing smallholders and small- and medium-sized enterprises (SMEs)?

I think you need to address this question at two different levels: first there is Komaza itself, which started up as an SME, although it has now grown to a full-sized company. Secondly, you need to look at the smallholders who grow the trees.

For Komaza there were four big challenges: the first three, to attract the right staff, choose the right farmers to work with and find the buyers, were straightforward challenges that most businesses have. Staff need to be motivated, farmers need to be willing to plant and maintain the plantations, and the customers need to be willing to buy at the offered quality-price relation.

Komaza organizes farmer training programs to ensure quality planting and tree management. Photo by Komaza

Finding the finance to support operations, however, was another matter. The biggest challenge we had was to find investors that were prepared to take the risk to invest in our operations. This went beyond developing the right business models. It required investors to be familiar with the region and interested in investing in early stages of the business. Then we had to convince them that it was worth investing in this asset class, that we were able to manage the risks, and that our model had reduced costs in comparison to traditional tree plantation models.

At the level of the smallholders, the main barriers to becoming involved in tree planting relate to adequate knowledge on tree planting as a business, the costs and availability of inputs for tree plantations, and the requirements for obtaining loans.

How have you addressed these barriers, and what have you learnt from this?

Initially, we aimed at obtaining grant money from social enterprises seeking impact. Using this to build up our model, we were able to obtain convertible loans and equity investments, blending development with commercial money. Financiers invested in Komaza, helping it to grow its assets in trees and a range of different SME processing facilities.

Komaza farmers. Photo by Komaza

After 11 years of building the enterprise, we now have a company with thousands of partners, together worth more than 20 million USD and with expertise across the forest value chain. Much of the work was through personal contacts, establishing trust between Komaza and the potential financiers and between Komaza and partners throughout the forest value chain. In addition, we developed a people-centered company, which helps motivate both farmers and staff to work together in a cost-effective manner while at the same time operating within a corporate structure that is credible to investors.

With respect to the barriers of the farmers, we have been able to come to agreements where they provide land and labor, and we provide technical assistance – the required inputs for tree farming. This helps us to keep costs down (in conventional plantations labor costs may be more than half of total costs) while they invest in the plantation without getting into debt, converting their labor into assets (trees). Once trees have reached the appropriate size, we harvest, transport and sell the trees, sharing the benefits of the sales with the farmers.

Subsistence farmers may find it difficult to obtain documentation that they own their land or other assets, which they would need, for example, to obtain commercial loans. In order to become a partner of our company, we require that their ownership is recognized by neighbors, chiefs and community leaders. This has the added advantage of lowering the risk of land right conflicts.

Finally, we make sure that the area planted with trees is in addition to the area needed for subsistence farming, to ensure that their food provision is not endangered by the wood production. In some cases, farmers also produce food in between the trees during the first years of the plantation.

Read also: Financial products should be adjusted to better meet needs of community forest enterprises

What suggestions do you have to scale up this type of inclusive business model?

We have been able to scale up due to a number of factors: a realistic corporate structure; a human-centered approach, where we discuss with farmers their problems and how our partnership could address some of these; building motivated expertise across the forest value chain; and building relations of trust with farmers, staff, processors, buyers and financiers. This has taken more than 10 years. We have now come to a stage where, with the help of grants, and later blended finance, we have shown the business case and have attracted commercial equity and debt investments in our firm.

Eucalyptus and Melia farms. Photo by Komaza

Only the private sector can invest sufficient amounts in order to reach the scale necessary to create a wood supply from sustainable sources that is able to meet demand. For that reason, we are in the process of creating our Smallholder Forestry Vehicle. Through this vehicle we hope to contribute to filling the gap between financiers that want to invest in sustainable projects but cannot find viable proposals, and the farmers that want to change to more sustainable forms of production but cannot find the finance.

For replication of this type of investment in other areas, we suggest that rather than starting from scratch, it will be important to seek partners that already have the experience, have a network of trustworthy relations, and are motivated to work with trees in the area.

One of the major issues in the forestry sector in Africa is unsustainable production. Scaling up sustainable wood production may not be feasible if at the same time national governments do not take measures to reduce wood from unsustainable sources. One way of doing this would be to raise taxes on wood from unsustainable sources.

By Bas Louman, Tropenbos International.

This interview has also been published on the Tropenbos International website.


This article was produced by Tropenbos International (TBI) and the Center for International Forestry Research (CIFOR) as part of the CGIAR Research Program on Forests, Trees and Agroforestry (FTA). FTA is the world’s largest research for development program to enhance the role of forests, trees and agroforestry in sustainable development and food security and to address climate change. CIFOR leads FTA in partnership with Bioversity International, CATIE, CIRAD, INBAR, ICRAF and TBI. FTA’s work is supported by the CGIAR Trust Fund.


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  • Sustainable intensification of dairy production can reduce forest disturbance in Kenyan montane forests

Sustainable intensification of dairy production can reduce forest disturbance in Kenyan montane forests


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Increasing demand for food and the shortage of arable land call for sustainable intensification of farming, especially in Sub-Saharan Africa where food insecurity is still a major concern. Kenya needs to intensify its dairy production to meet the increasing demand for milk. At the same time, the country has set national climate mitigation targets and has to implement land use practices that reduce greenhouse gas (GHG) emissions from both agriculture and forests. This study analysed for the first time the drivers of forest disturbance and their relationship with dairy intensification across the largest montane forest of Kenya. To achieve this, a forest disturbance detection approach was applied by using Landsat time series and empirical data from forest disturbance surveys. Farm indicators and farm types derived from a household survey were used to test the effects of dairy intensification on forest disturbance for different farm neighbourhood sizes (r = 2-5 km). About 18% of the forest area was disturbed over the period 2010-2016. Livestock grazing and firewood extraction were the dominant drivers of forest disturbance at 75% of the forest disturbance spots sampled. Higher on-farm cattle stocking rates and firewood collection were associated with 1-10% increased risk of forest disturbance across farm neighbourhood sizes. In contrast, higher milk yields, increased supplementation with concentrated feeds and more farm area allocated to fodder production were associated with 1-7 % reduced risk of forest disturbance across farm neighbourhood sizes. More intensified farms had a significantly lower impact on forest disturbance than small and resource-poor farms, and large and inefficient farms. Our results show that intensification of smallholder dairy farming leads to both farm efficiency gains and reduced forest disturbance. These results can inform agriculture and forest mitigation policies which target options to reduce GHG emission intensities and the risk of carbon leakage.


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  • ICRAF’s Tony Simons talks transformational change in land management

ICRAF’s Tony Simons talks transformational change in land management


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ICRAF’s Tony Simons speaks at the GLF Investment Case Symposium 2018 in Washington, D.C. Photo by L. Vogel/GLF

The second of three Global Landscapes Forum (GLF) in 2018 is being held at the UN headquarters in Nairobi, Kenya, on Aug. 29 to 30, with a focus on forest and landscape restoration.

The World Agroforestry Centre (ICRAF), one of the CGIAR Research Program on Forests, Trees and Agroforestry’s (FTA) partner institutions, is based in Nairobi, and its Director General Tony Simons is set to have some of the last words at this current GLF.

Simons is speaking in the Policy Plenary just before the conference finale, which will explore how to create enabling environments for transformational change in landscape management in the region.

Originally from New Zealand, Simons has an impressive track record working on issues at the interface of tropical agriculture and forestry in more than 40 developing countries. GLF’s Landscape News spoke with him about the potential he sees for policy change to help make forest landscape restoration work for ecosystems, people and profit across the African continent.

What are some of the issues for enabling sustainable landscapes in Africa at the moment?

Africa has tremendous opportunities, but it’s also got a lot of issues and difficulties. It’s the second largest continent in the world; the second most highly populated; the most rural; the poorest; and the most reliant on agriculture. It has the least forest cover; the highest use of wood energy; and it’s got one of the youngest populations in the world. There are very low levels of mechanization in agriculture: 95 percent of crops are rain-fed, and only 5 percent are irrigated.

Staggeringly, Africa imports 35 billion dollars a year of food. That’s going to be 110 billion by the year 2030. Of that 35 billion, 95 percent of that is brought in from other continents. So while there is plenty of land available – and people to work it – food production is not yet happening at the scale that it should be.

Food trees grow on a farm in Kenya. Photo by A. Mamo/ICRAF

What policies need to change to help make landscapes more sustainable?

Back in 2009, the African Union [AU] heads of state passed a resolution on land use and management across the continent. It was at a time where there was a huge amount of attention on land grabbing. So the policy instruments put into place were about keeping the resource under sovereign control.

So that’s one of the issues in Africa now: about 75 percent of the land – even if it’s under customary control – is formally owned by the government. And the governments don’t really know what to do with it.

I think we’ve got to put land stewardship back in the hands of people. You’ve got the land; you’ve got a young population; you’ve got growing prosperity; better education; literacy and numeracy is growing; but there needs to be a kind of revolution in land management. It’s not going to be by individuals; it’s going to be by groups, collectives, communities and watersheds. We’ve got to leverage the agenda of that wise stewardship down to the level of the people.

Sustainable management costs money. How can we make it worth people’s while?

If you travelled to the world’s second largest rainforest, which is the Congo, and I sold you an acre of rainforest, it would cost about $10,000. But the government gets less than $100 of revenue from that per year: a 1 percent return. That’s the biggest problem with forests and wetlands: they’re not remunerative.

And that’s because we don’t count the value of all of the fantastic biodiversity, carbon provisioning, precipitation enhancement and other ecosystem services that these places provide. In a continent where 95 percent of crops are rainfed, forests are very important for agriculture. But protecting and restoring them is not remunerative because of the partial accounting. So that needs to change.

However, we’re not going to get anywhere if we spend all this money restoring the land to how it was in the past, because it will still be under pressure for exploitation. So we’ve got to make a viable business case for restoring that land. And that’s going to be about connecting and linking financial capital, natural capital, human capital and social capital.

This is also at a time when we’re seeing pressures on financing. So how do we get all of these new approaches and opportunities out to people? NGOs (non-governmental organizations) have stepped up in quite a large way, but the private sector needs to step up much more. And for that to happen, there are a number of things that we need to look at. The first one is the opportunities: where are the business cases, the viable enterprises to piggyback on?

The second thing to look at is investment return. What returns will the governments, the small-scale farmer, the community and the foreign investor get from investing in landscape restoration? And what are the risks associated with this, and how can we de-risk? Many people perceive agriculture as complicated, as confused, as risky, as having a low rate of return, as not really investment material. Investors need to see that yes, this is a viable enterprise, and when we start thinking about bringing that financial return to social dividends, to environmental dividends, that’s when it all starts to come together.

Rubus Pinnatus grows on Nyambene Mountain, Kenya. Photo by A. Mamo/ICRAF

Beyond opportunity, risk and return, next comes leverage. We have been relying in Africa on external Overseas Development Assistance (ODA); but ODA is currently drying up and being reallocated. Now for every single dollar of ODA, there’s $3 of remittances, there’s $6 of Foreign Direct Investment (FDI), there’s $24 of domestic private sector spend, there’s $55 of national government spend, and there’s $1,000 of private capital.

So let’s use that $1 of ODA to leverage all those other sources. That’s going to be the real opportunity to bring change in landscapes.

What’s significant about having the GLF in Nairobi this year? 

Africa is innovative and unique. Practitioners can take things that worked in Latin America and Asia and adapt them, but Africa also has some fantastic indigenous ways of understanding and transforming landscapes. For example, we’re already seeing in Ethiopia how social capital is driving land use change.

The GLF provides an important opportunity to showcase that it’s not just doom and gloom, and that things are progressing. Let’s make a business case for restoration. Let’s connect with people; let’s think about gender, land ownership and tenure, and about motivating the youth. We candrive confidence to investors to bring financing to restoration. It’s not just about ecosystem services; it’s all of humanity that stands to benefit from this.

To hear more from Tony Simons and other policy experts, tune into the Policy Plenary live stream on Thursday, Aug. 30, at 5.45pm Nairobi time (GMT+3).

By Monica Evans, first published at GLF’s Landscape News


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ICRAF’s Tony Simons talks transformational change in land management


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ICRAF’s Tony Simons speaks at the GLF Investment Case Symposium 2018 in Washington, D.C. Photo by L. Vogel/GLF

The second of three Global Landscapes Forum (GLF) in 2018 is being held at the UN headquarters in Nairobi, Kenya, on Aug. 29 to 30, with a focus on forest and landscape restoration.

The World Agroforestry Centre (ICRAF), one of the CGIAR Research Program on Forests, Trees and Agroforestry’s (FTA) partner institutions, is based in Nairobi, and its Director General Tony Simons is set to have some of the last words at this current GLF.

Simons is speaking in the Policy Plenary just before the conference finale, which will explore how to create enabling environments for transformational change in landscape management in the region.

Originally from New Zealand, Simons has an impressive track record working on issues at the interface of tropical agriculture and forestry in more than 40 developing countries. GLF’s Landscape News spoke with him about the potential he sees for policy change to help make forest landscape restoration work for ecosystems, people and profit across the African continent.

What are some of the issues for enabling sustainable landscapes in Africa at the moment?

Africa has tremendous opportunities, but it’s also got a lot of issues and difficulties. It’s the second largest continent in the world; the second most highly populated; the most rural; the poorest; and the most reliant on agriculture. It has the least forest cover; the highest use of wood energy; and it’s got one of the youngest populations in the world. There are very low levels of mechanization in agriculture: 95 percent of crops are rain-fed, and only 5 percent are irrigated.

Staggeringly, Africa imports 35 billion dollars a year of food. That’s going to be 110 billion by the year 2030. Of that 35 billion, 95 percent of that is brought in from other continents. So while there is plenty of land available – and people to work it – food production is not yet happening at the scale that it should be.

Food trees grow on a farm in Kenya. Photo by A. Mamo/ICRAF

What policies need to change to help make landscapes more sustainable?

Back in 2009, the African Union [AU] heads of state passed a resolution on land use and management across the continent. It was at a time where there was a huge amount of attention on land grabbing. So the policy instruments put into place were about keeping the resource under sovereign control.

So that’s one of the issues in Africa now: about 75 percent of the land – even if it’s under customary control – is formally owned by the government. And the governments don’t really know what to do with it.

I think we’ve got to put land stewardship back in the hands of people. You’ve got the land; you’ve got a young population; you’ve got growing prosperity; better education; literacy and numeracy is growing; but there needs to be a kind of revolution in land management. It’s not going to be by individuals; it’s going to be by groups, collectives, communities and watersheds. We’ve got to leverage the agenda of that wise stewardship down to the level of the people.

Sustainable management costs money. How can we make it worth people’s while?

If you travelled to the world’s second largest rainforest, which is the Congo, and I sold you an acre of rainforest, it would cost about $10,000. But the government gets less than $100 of revenue from that per year: a 1 percent return. That’s the biggest problem with forests and wetlands: they’re not remunerative.

And that’s because we don’t count the value of all of the fantastic biodiversity, carbon provisioning, precipitation enhancement and other ecosystem services that these places provide. In a continent where 95 percent of crops are rainfed, forests are very important for agriculture. But protecting and restoring them is not remunerative because of the partial accounting. So that needs to change.

However, we’re not going to get anywhere if we spend all this money restoring the land to how it was in the past, because it will still be under pressure for exploitation. So we’ve got to make a viable business case for restoring that land. And that’s going to be about connecting and linking financial capital, natural capital, human capital and social capital.

This is also at a time when we’re seeing pressures on financing. So how do we get all of these new approaches and opportunities out to people? NGOs (non-governmental organizations) have stepped up in quite a large way, but the private sector needs to step up much more. And for that to happen, there are a number of things that we need to look at. The first one is the opportunities: where are the business cases, the viable enterprises to piggyback on?

The second thing to look at is investment return. What returns will the governments, the small-scale farmer, the community and the foreign investor get from investing in landscape restoration? And what are the risks associated with this, and how can we de-risk? Many people perceive agriculture as complicated, as confused, as risky, as having a low rate of return, as not really investment material. Investors need to see that yes, this is a viable enterprise, and when we start thinking about bringing that financial return to social dividends, to environmental dividends, that’s when it all starts to come together.

Rubus Pinnatus grows on Nyambene Mountain, Kenya. Photo by A. Mamo/ICRAF

Beyond opportunity, risk and return, next comes leverage. We have been relying in Africa on external Overseas Development Assistance (ODA); but ODA is currently drying up and being reallocated. Now for every single dollar of ODA, there’s $3 of remittances, there’s $6 of Foreign Direct Investment (FDI), there’s $24 of domestic private sector spend, there’s $55 of national government spend, and there’s $1,000 of private capital.

So let’s use that $1 of ODA to leverage all those other sources. That’s going to be the real opportunity to bring change in landscapes.

What’s significant about having the GLF in Nairobi this year? 

Africa is innovative and unique. Practitioners can take things that worked in Latin America and Asia and adapt them, but Africa also has some fantastic indigenous ways of understanding and transforming landscapes. For example, we’re already seeing in Ethiopia how social capital is driving land use change.

The GLF provides an important opportunity to showcase that it’s not just doom and gloom, and that things are progressing. Let’s make a business case for restoration. Let’s connect with people; let’s think about gender, land ownership and tenure, and about motivating the youth. We candrive confidence to investors to bring financing to restoration. It’s not just about ecosystem services; it’s all of humanity that stands to benefit from this.

To hear more from Tony Simons and other policy experts, tune into the Policy Plenary live stream on Thursday, Aug. 30, at 5.45pm Nairobi time (GMT+3).

By Monica Evans, first published at GLF’s Landscape News


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  • Sustainable intensification of dairy production can reduce forest disturbance in Kenyan montane forests

Sustainable intensification of dairy production can reduce forest disturbance in Kenyan montane forests


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Increasing demand for food and the shortage of arable land call for sustainable intensification of farming, especially in Sub-Saharan Africa where food insecurity is still a major concern. Kenya needs to intensify its dairy production to meet the increasing demand for milk. At the same time, the country has set national climate mitigation targets and has to implement land use practices that reduce greenhouse gas (GHG) emissions from both agriculture and forests. This study analysed for the first time the drivers of forest disturbance and their relationship with dairy intensification across the largest montane forest of Kenya. To achieve this, a forest disturbance detection approach was applied by using Landsat time series and empirical data from forest disturbance surveys. Farm indicators and farm types derived from a household survey were used to test the effects of dairy intensification on forest disturbance for different farm neighbourhood sizes (r = 2-5 km). About 18% of the forest area was disturbed over the period 2010-2016. Livestock grazing and firewood extraction were the dominant drivers of forest disturbance at 75% of the forest disturbance spots sampled. Higher on-farm cattle stocking rates and firewood collection were associated with 1-10% increased risk of forest disturbance across farm neighbourhood sizes. In contrast, higher milk yields, increased supplementation with concentrated feeds and more farm area allocated to fodder production were associated with 1-7 % reduced risk of forest disturbance across farm neighbourhood sizes. More intensified farms had a significantly lower impact on forest disturbance than small and resource-poor farms, and large and inefficient farms. Our results show that intensification of smallholder dairy farming leads to both farm efficiency gains and reduced forest disturbance. These results can inform agriculture and forest mitigation policies which target options to reduce GHG emission intensities and the risk of carbon leakage.


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  • Trends, drivers of change and possible solutions to address deforestation and loss of forest habitat in the Kenya-Somalia cross-border area

Trends, drivers of change and possible solutions to address deforestation and loss of forest habitat in the Kenya-Somalia cross-border area


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The coastal forests of northeast coast of Kenya and southern Somalia form the northern tip of the East African Coastal Forest Biodiversity Hotspot. While this hotspot is considered threatened by deforestation and forest degradation, there is little up-to-date information on the status of these forests, their rates of deforestation and degradation, the underlying drivers of change and the opportunities presented by restoration of the degraded forest lands. The EU/IGAD-funded Biodiversity Management Programme, which supports one project that aims at the biodiversity conservation commissioned a study to describe the loss of tree cover, the associated drivers of change and reviewing possible solutions. This report first presents historic vegetation maps that localize the lowland tropical rainforests and the drylands forests that are the habitats of the biodiversity of the East African Coastal Forest Biodiversity Hotspot. Next, using information from Global Forest Watch (GFW), this study reports significant deforestation in the lowland tropical rainforests in southern and central Lamu County and adjacent Tana River County. We further report isolated deforestation in the dryland forests in the Awer Conservancy in the northern part of Lamu County. The GFW data reveals only limited deforestation in the south of Somalia. The Fire Information Resource Management System (FIRMS) active fire data reveals frequent fires in the lowland savannas surrounding the remaining tropical rainforest fragments. More isolated areas affected by fires are reported from the dryland forests in South Somalia, presumably reflecting the active charcoal industry in this area. Our analysis thus reveals that few fragments of indigenous lowland tropical rainforest remain in Lamu and Tana River Counties, while charcoal production is affecting the dryland forests in southern Somalia and the drier areas across the border in Kenya.


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  • Observatory addresses urgent need to monitor forests in East Africa

Observatory addresses urgent need to monitor forests in East Africa


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A tropical forest landscape in Uganda. Photo by D Sheil/CIFOR
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A tropical forest landscape in Uganda. Photo by D Sheil/CIFOR

East Africa is home to some of the world’s most diverse forests: montane forests, which include some of the highest and oldest mountains in Africa; coastal forests; Miombo woodlands; tropical rain forests; and mangrove forests.

Like many forested areas around the globe, they are increasingly threatened by agricultural expansion and deforestation for fuelwood and timber purposes.

Although regional authorities, governments, NGOs and international organizations are working hard to protect these forests, without an accurate dataset, there is no effective way to monitor the ecological, environmental and social aspects of these forests.

Today, there are a number of observatories in East Africa monitoring forest activities. However, they lack precise country and regional level data that will help determine future strategies for protecting forests, reporting on countries’ obligations under the Paris Agreement, and evaluating the success of their initiatives under Reducing Emissions from Deforestation and Forest Degradation (REDD+) schemes.

Read also: Trait-based approaches for guiding the restoration of degraded agricultural landscapes in East Africa

ALL ABOUT THE DATA

Experts from the Center for International Forestry Research (CIFOR) are now working with the Regional Center for Mapping Resources for Development (RCMRD) and the French Agricultural Research Center for International Development (CIRAD), including researchers from the CGIAR Research Program on Forests, Trees and Agroforestry (FTA), to lay the groundwork for a new regional observatory in East Africa.

Throughout the year, scientists will be conducting a comprehensive study to gather forestry data and assess the status of forests, REDD+ activities, institutional systems and monitoring capabilities across four East African countries – Kenya, Mozambique, Tanzania and Uganda.

In February, a meeting was held in Nairobi, Kenya, with government representatives from the four countries to get the ball rolling. This new project will draw upon the experience of Observatoire des forêts d’Afrique Centrale (OFAC), a similar observatory now operating in Central Africa.

CIFOR scientist Paulo Cerutti, who helped establish OFAC, says the biggest advantage of having an observatory is that the information can be verified by the government.

“The data collected is more reliable because it focuses on a smaller scale, rather than on a global scale.”

Experts like Cerutti point out that global datasets, which are meant to compare larger regions, are not always effective when it comes to smaller regions because they can contain disparities.

People work in a field in Kenya. Photo by Tim Cronin/CIFOR

ON THE SAME PAGE

Before the new observatory can become fully operational, all four countries need to have the same capacity and expertise level to effectively contribute to the platform. Currently, the countries have different levels of technical skills, scientific equipment and data collection methods. Even the terms used to describe the types of forests can vary across borders.

The availability of data is another key issue for experts to overcome. For example, in Uganda, information on taxes and revenues from non-timber forest products is not available because they are not formally traded. Meanwhile, in Mozambique, remote sensing data on forests is only available at the national level. In Tanzania, there is a lack of remote sensing data for forest monitoring.

The new observatory would offer the region a more compatible, streamlined data system that would unite the four countries. It would also provide a new avenue for regional collaboration.

“The observatory will provide strong opportunities for synergies between the different focal points in each country and strengthen national capacity to monitor the forests,” says Alfred Gichu, head of the Climate Change Response Program at the Kenya Forest Service.

Countries in the region would be able to access a platform for sharing, exchanging and accessing data and information related to regional forests and REDD+. It would also provide a unified system for reporting on each country’s obligations to the United Nations Framework Convention on Climate Change (UNFCCC).

Stakeholders agree that regional cooperation gives everyone an opportunity to share their experiences and challenges and to build a stronger platform for the entire region.

“The observatory will help bring East Africa together as a collective working group to give it a voice in high-level discussions,” says Joaquim Macuácua from Mozambique’s Department of Inventory of Forest Resources.

Experts point out that the current lack of coordination is resulting in different agencies producing the same data.

“The observatory will help avoid this duplication of efforts across the region, and even within individual countries,” says Mugisa Micheal, the executive director of Uganda’s National Forestry Authority.

Read also: Forest tenure reform implementation in Uganda: Current challenges and future opportunities

NEXT STEPS

The project will be carried out through March 2018. Upon its completion, a database and website for the regional forestry observatory will be developed. This data will be made available to the public through the observatory.

Additionally, a thorough analysis of the state of forests and REDD+ activities across the four countries will be completed.

If these above objectives are successfully met, a five-year project will then be initiated to bring the observatory to life as part of the project’s second phase.

By Esther Mwangi and Laura Vanessa Mukhwana, originally published at CIFOR’s Forests News

For more information on this topic, please contact Esther Mwangi at e.mwangi@cgiar.org or Laura Vanessa Mukhwana at l.mukhwana@cgiar.org.


This initiative is supported through the ReCaREDD project, which is led by the European Commission’s Joint Research Centre.

This research forms part of the CGIAR Research Program on Forests, Trees and Agroforestry, which is supported by CGIAR Fund Donors.


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  • Citizens support data collection on water towers that help to supply their communities

Citizens support data collection on water towers that help to supply their communities


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In Kenya’s Sondu Basin, local communities take water measurements to aid monitoring. Photo by P. Shepherd/CIFOR
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In Kenya’s Sondu Basin, local communities take water measurements to aid monitoring. Photo by P. Shepherd/CIFOR

Montane forests in East Africa play a crucial role as water towers, holding freshwater long enough for it to recharge aquifers that supply local communities. 

On the other hand, a recent project from the Center for International Forestry Research (CIFOR) in Kenya that forms part of the CGIAR Research Program on Forests, Trees and Agroforestry (FTA) has been examining what communities can do for the water towers.

“The state of forests in Kenya is really critical, so we wanted to estimate their water supply services to inform authorities and society of their value,” says Mariana Rufino, Senior Associate at CIFOR and Chair of Agricultural Systems at the UK’s Lancaster Environment Centre.

Read more: Bridging research and development to generate science and solutions

When she and fellow researchers found there were no consistent datasets on the state of water resources in the Sondu-Miriu River basin, a remote catchment in western Kenya, they decided to test an approach that is rarely used in developing countries, and even more uncommon in the field of hydrology: involving citizens in monitoring and crowdsourcing data collection.

“Collecting data for water flow and quality is expensive, so we set out to find low-cost alternatives to the sophisticated standard methods used elsewhere,” says Rufino.

The team installed 13 water-level gauges equipped with signs explaining the monitoring process, instructing passersby to send measurements via text message. They would then receive immediate feedback on their phones.

Over the course of one year, experts compared the crowdsourced data with that of automatic gauging stations installed nearby.

Watch: A technical overview: The role of citizen science in monitoring water towers in Kenya

In addition to overcoming data scarcity, the project sought to answer two key questions: first, if rural communities in a remote tropical setting would engage in citizen science; and if so, whether or not they would produce data of high enough quality to inform water resource management.

The scientists published a report on their findings, as well as producing two videos to show the benefits of citizen monitoring to local and national natural resource managers and land-use planners.

“We thought that showing our project locations and sharing the stories of people we collaborated with would also increase interest in the role of forests in the supply of water,” says Rufino.

Read more: FTA scientists feature in innovative series of talks on landscapes

PHONING IN

In the end, 124 citizens reported 1,175 valid measurements. Less than 5 percent of the data points was invalid.

“We were struck by the participation rate,” says coauthor of the paper Lutz Breuer, Chair of Landscape, Water and Biogeochemical Cycles at the Research Centre for Biosystems, Land Use and Nutrition at Justus Liebig University Giessen in Germany.

“The quality of the data was also excellent, with almost no difference against that of our sophisticated equipment,” says Rufino. “Communities were interested in the initiative, and they told us why: their livelihoods depend on water, so they want to know the state of the resource.”

Based on phone surveys on the socioeconomic background of volunteers, the study concludes: “The active participation is not depending on the actual education level, but rather induced by their personal perception of and dependency on their environment.”

“We are talking about open access data: data that belongs to the people, and that could be used by them to make decisions about resource use,” says Breuer.

“Monitoring the condition of a resource by its users is an important aspect of governance, as it is generally expected to be the basis for the design or adjustment of the use and management of the resource,” echoes CIFOR Principal Scientist Esther Mwangi.

Watch: Opinions and testimonials: The role of citizen science in monitoring water towers in Kenya

MEASURING UP

This is not to say that citizens can entirely replace scientists and authorities. Certain hydrological parameters are too complex for citizen management, and Rufino says the team is seeking to engage Kenya’s Water Resources Agency to help implement the project in two new sites.

And, there’s the issue of keeping people engaged over a long period of time.

To address this, the study paid back the transmission costs (1 US cent per text message) sent from one of the stations, twofold. This proved to increase participation rate, which there was between 2.5 and 7 times higher than at other stations.

However, Rufino believes that “true, sustained engagement will come when locals see value in the data collection and can do something with it.”

For example, if communities understand that a lack of vegetation leads to runoff and lower water tables, they may decide to increase tree cover. Likewise, if they see the links between logging and increased sediment in their drinking-water streams, they may take steps to manage the felling.

“A logical next step would be an assessment of whether and how such locally generated data can spur local actions aimed at sustainable resource management,” says Mwangi.

The scientists will also explore hydrological modeling approaches, both to fill gaps in irregular measurements taken by citizens and to model future alternatives for the region.

“By modeling the effect of land-uses on water fluxes, we can anticipate impacts on water supply, and advise people how to improve agricultural and forest management,” Breuer says.

For Rufino, the project proved that crowdsourcing is the way forward. “We are confident this data-collection model can disseminate in East Africa, and we will make ourselves available to discuss the implementation of this approach with water resource management agencies in the region.”

For low-income countries, the scientists agree that this low-cost approach can work.

By Gloria Pallares, originally published at CIFOR’s Forests News.


This research forms part of the CGIAR Research Program on Forests, Trees and Agroforestry, which is supported by CGIAR Fund Donors.

This research was supported by the German Research Foundation (DFG) and the German Corporation for International Cooperation.


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  • Opinions and testimonials: The role of citizen science in monitoring water towers in Kenya

Opinions and testimonials: The role of citizen science in monitoring water towers in Kenya


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Center for International Forestry Research (CIFOR) scientists are involving local citizens in promoting low-cost methods for monitoring water quality, to inform upscaling of sustainable water management in Southwest Mau Forest, Kenya. This video provides opinions and testimonials from those who participated.

Originally published by CIFOR.


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  • A technical overview: The role of citizen science in monitoring water towers in Kenya

A technical overview: The role of citizen science in monitoring water towers in Kenya


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Center for International Forestry Research (CIFOR) scientists are involving local citizens in promoting low-cost methods for monitoring water quality, to inform upscaling of sustainable water management in Southwest Mau Forest, Kenya. This video provides a technical overview of the efforts.

Originally published by CIFOR.


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  • Women improve food security through land-restoration technology in Kenya

Women improve food security through land-restoration technology in Kenya


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Three women from the Mattu community of practice harvest cow pea leaves. Photo by Ake Mamo/ICRAF
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Three women from the Mattu community of practice harvest cow pea leaves. Photo by Ake Mamo/ICRAF

Despite challenges from both the land and society, women in Kenya are taking control of their farms, with impressive results. Following a previous article on the topic, we delve deeper into a farming technique that is alleviating food shortages in the country.

Agricultural innovations in Africa aimed at improving the productivity of smallholders, especially women, are necessarily subject to accommodating multiple needs, which in turn depend on differing priorities, preferences and access to resources.

Renting an ox-drawn plough, for example, operated by able-bodied men, is a financial challenge for many farmers, particularly the women who make up the majority of farmers in the drylands of what is known as Kambaland in southeastern Kenya.

“It is too expensive to rent the bulls and pay for the young men,” said Veronicah Ngau of Mutembuku village, Makueni County. “Even if I beg someone for free help I have to wait until they are finished with their own work.”

She gave up on ox-drawn tilling after experiencing three rounds of stunted crops. She explained that technologies like terracing and sunken-bed kitchen gardens, however, had improved the situation.

The farmers achieved stark differences in yields with simple planting basins, a water-conservation technology. The basins, which are being modified and tested in several countries, are part of a partnership between farmers, the World Agroforestry Centre (ICRAF), World Vision, Adventist Development and Relief Agency, Caritas Internationalis and governments. ICRAF, a CGIAR Research Program on Forests, Trees and Agroforestry (FTA) partner organization, is leading the research component.

Preliminary results show that the size of the basins and their combination with other practices, such as applying manure and mulching, determine their impact on maize production under different conditions.

Read more: Picks and spades can triple farmers’ yields in Kenyan drylands

Mary shows basin-measuring sticks that she cut herself. Photo by Ake Mamo/ICRAF

But what are perhaps more difficult to accurately assess are the implications for labour and time. A 60 x 60 cm pit, for example, takes about an hour for a woman in her fifties, like Ngau, to prepare. Like many of her neighbors, she does not have children at home to help.

That led them to convene a group of 10 women from the project’s community of practice to collectively dig three pits a week at each other’s homes.

Ngau’s success was enabled by the existence of the community of practice and her ability to mobilize her peers to work together. These factors are likely to vary between farmers and communities and will determine the success or failure of the technology.

An additional issue is women’s right to make decisions about their farms. Evidence shows that traditional gender norms and roles, as well as tenure rights, can limit women’s participation in decision-making about the use of land. But it seems that the migration of men, combined with the success witnessed by some of the participating farmers, has influenced decision-making dynamics at the project sites.

“We didn’t even have to ask our husbands for permission,” said Mary, another farmer in Machakos County. “Our husbands are not concerned with food production. They are mostly away and when they do have an opinion on where tree seedlings should be planted, for example, we allow them to choose their space first then we plant in our own choice of space.”

Most of the men are typically engaged with livestock and poultry trading or have migrated to earn a better living. Producing food therefore rests on women’s shoulders. Amid the land degradation and changes in climate that have lead to food shortages, the planting basins have helped to improve the women’s farming outcomes.

Community facilitators engaged with the projects have observed, however, that even from afar the male heads of households still have the final say on what is done with the land, including the digging of basins. But once they give consent for a plot to be used for planting basins, the women take over all other management decisions.

An in-depth study is currently underway to assess how this and other land restoration technologies can change gender dynamics, considering the social context and the specific challenges that female and male farmers face in using them.

Read more: Enhancing how trees and forests contribute to smallholder livelihoods

By Ana Maria Paez-Valencia, originally published at ICRAF’s Agroforestry World.  


The planting basins are part of a project funded by the European Union and the International Fund for Agricultural Development on restoring land for food security, which complements the Netherlands-funded Drylands Development Programme

This research is part of the CGIAR Research Program on Forests, Trees and Agroforestry (FTA), which is supported by CGIAR Fund Donors.


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  • Finding evidence for land-restoration strategies 

Finding evidence for land-restoration strategies 


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An agricultural landscape in Eastern Uganda. Photo by Madelon Lohbeck/ICRAF
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An agricultural landscape in Eastern Uganda. Photo by Madelon Lohbeck/ICRAF

Restoration has never been more important, with almost a third of the world’s land surface degraded. But what exactly is restoration? And how do we know if it works?

More than 1.5 billion of the world’s poorest people are directly affected by degraded land. The Bonn Challenge aims to have 350 million hectares restored by 2030. Private- and public-sector land managers have already promised almost half that amount. This is very encouraging but how will we even know whether the Bonn Challenge was a success? In other words: what do we mean by restoration?

One common notion is that land restoration returns an ecosystem to some previous, ideal state. Yet it is typical for degraded land to be inhabited by people, who are often among the world’s poorest and most vulnerable. Restoration has the potential to improve their livelihoods if, indeed, restoration outcomes respond to local needs. But returning to a previous state (whichever state that is) is often not feasible nor desirable. So, if restoration is to succeed in some form, it is imperative to set specific goals together with the people living on the land. Most importantly, what aspects of the functionality of the land are to be restored?

Another common notion of land restoration is that it is done through planting trees. But do we know if land is always in better shape with more trees? And what aspects of the functionality of the land can be restored with trees? Does it matter which trees?

A newly published paper, Trait-based approaches for guiding the restoration of degraded agricultural landscapes in East Africa, addresses these questions. The paper is published in a special feature, Functional Traits in Agroecology, in the Journal of Applied Ecology.

A man records soil samples in Mwingi, Kenya. Photo by Ake Mamo/ICRAF

The study

Researchers from the World Agroforestry Centre (ICRAF) studied degraded agricultural landscapes in Kenya, Ethiopia and Uganda. Farmers suffered the consequences of degradation through declining soil fertility and crop productivity. The researchers focused on soil functions to quantify the extent to which land was degraded or restored. Instead of conducting field experiments, they looked at the variation present in the landscapes and tested whether the variation in soil functionality could be explained by vegetation cover, the number of trees, and by the traits of the trees. The study was observational and reflected the variation in real land-use practices and restoration measures actually being applied.

The researchers not only looked at the number of trees but also their size and traits to assess their impact on key ecosystem functions. This way, trees with certain traits, for instance, high wood density, could be seen to increase a certain function, such as carbon stock, more effectively than trees with low wood density. This would then give clear guidance for land-restoration planners: if the goal was to restore carbon stock then promote the use of high wood density trees.

Read more: Trait-based approaches for guiding the restoration of degraded agricultural landscapes in East Africa

Results 

The researchers found that in the degraded agricultural landscapes, trees were associated with more productive soils. But more important than the number of trees was the non-woody vegetation cover. With higher vegetation cover, the soil was more fertile (had higher organic carbon) and less erosion took place. In addition, the diversity of functional traits of the trees on the land was shown to enhance soil fertility; invasive species tended to increase erosion.

The results had clear implications for restoration of soil health: avoid bare ground, plant trees, prioritize the removal of invasive species and promote diversity of trees on farms. Such evidence for restoring specific ecosystem functions is urgently needed.

The study also illustrated that evidence for restoration can be found through systematic assessment of vegetation, similar to an approach common in functional ecology. Applying a trait-based approach to existing projects on land-health monitoring would allow the study of complex processes more mechanistically and would eventually generate more impact on the ground. Integrating the approach into new and existing projects would be feasible for three reasons: 1) the growing body of evidence on which traits promote which functions; 2) the large amount of freely available trait-data online; and 3) the fact that many traits are easy to measure.

Read more: Second-growth forests: a boon for land restoration and climate change mitigation

By Madelon Lohbeck, ICRAF Scientist.

Reposted with permission from The Applied Ecologist’s Blog.


This research forms part of the CGIAR Research Program on Forests, Trees and Agroforestry, which is supported by CGIAR Fund Donors.


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  • Picks and spades can triple farmers’ yields in Kenyan drylands

Picks and spades can triple farmers’ yields in Kenyan drylands


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A woman shows the state of six-week old maize crops within (left of picture) and outside (right of picture) of planting basins. Photo by Ake Mamo/ICRAF
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A woman shows six-week-old maize crops within (left) and outside (right) of planting basins. Photo by Ake Mamo/ICRAF

A simple farming technique is proving effective in staving off food shortages in Kenya.

The female farmers of Makueni County in southeastern Kenya rarely expect to triumph over their parched, unpropitious soils. A pick, a spade and a jovial, no-nonsense will-to-survive scarcely seem sufficient for a transition to greener prospects. In addition, the need for cash frequently robs these hardy women of men’s presence; casual labor in economic hotspots, or other work in livestock and poultry trading, is the norm.

Producing food thus rests on the shoulders of the women, many of whom are subsistence farmers or smallholders burdened with increasingly unproductive land. Severe land degradation coupled with drastic changes in climate has meant that many frequently face food shortages.

A flash appeal made by the government of Kenya and humanitarian organizations in July 2017 estimated that in the Kenyan drylands the number of people experiencing crisis levels of food insecurity owing to drought would increase from 2.6 million to 3.5 million by August of that year. Interventions are in abundance but few create an impetus to survive past a project cycle.

In her village of Mutembuku, farmer Veronicah Ngau has been working with government, development and research partners since 2005.

“Technologies like terracing and sunken-bed kitchen gardens have helped us cope but it was only in 2016 that I started to see a big change in what the land can produce,” she said. “In two planting seasons, I went from a usual 50 to 90 kilogram maize harvest from two acres of land to 270 kilograms from only one acre.”

This dramatic difference was achieved by nothing other than simple planting basins, which are a water-conservation technology that is improving food supply in the area.

However, social, environmental, technical and many other contexts differ from farmer to farmer and village to village, making it difficult to promote blanket adoption of the basins.

The most popular basin size in Makueni is 2 feet x 2 feet. Photo by Ake Mamo/ICRAF

As part of a project funded by the European Union and the International Fund for Agricultural Development on restoring land for food security, which complements the Netherlands-funded Drylands Development Programme, the planting basins, which are also known as zai pits by the Western African farmers who innovated them, are being modified and tested, not just across villages, but also in several countries across the continent.

The World Agroforestry Centre (ICRAF), together with development and government partners, is leading the research component, or ‘testing for fit’, as an element of a larger drive to restore land.

“Thousands of farmers in Kenya, Ethiopia, Mali and Niger are now in the process of comparing options for soil and water conservation, tree establishment, post-harvest pest and disease control, livestock governance and farmer-managed natural regeneration,” said the CGIAR Research Program on Forests, Trees and Agroforestry’s (FTA) Fergus Sinclair, who leads ICRAF’s research theme on resilient livelihood systems and is the project’s principal investigator.

“We base this on a combination of systematic analysis of past successes and failures, local knowledge and participatory planning with farmers, extension workers and private-sector actors. It is not the basins in and of themselves we are interested in; what we are doing is looking for, and testing, options that are fit for their contexts while being relatively easy and low cost for farmers.”

Digging a pit is difficult work, perhaps more so than ploughing, but it has the advantage of being accessible to all and requires little more than a pick and a spade. Renting plough bulls operated by young, able men is not an easy option for many cash-strapped farmers in the area.

Ngau gave up on traditional tilling after three consecutive failed rains yielded stunted crops that were barely 30 centimeters high.

“Farming is a little bit like gambling here,” explained Joseph Ochola, a monitoring and data-collecting member of the project, who is local to the area.

“During droughts, the government will help us with 45 kilograms of maize per household per month; otherwise we have to buy what we need,” confirmed Ngau.

The Land Restoration Community of Practice is pictured in Mutembuku, Makueni County, Kenya. Photo by Ake Mamo/ICRAF

However, a 90 kg bag, cautiously consumed, costs KHS 2500 ($US25), which she says is a big chunk out of the KHS 6000 monthly earnings her husband makes as a casual laborer in town.

“When I started with 200 basins in a corner of my farm,” she said, “the idea was to compare the maize yields with our normal practice of farming. But in 2016, when we all lost our entire crops except those in the basins, I decided to switch and make more for myself; more than the project needed.”

A group of 10 women from her community of practice took up collectively digging three pits a week at each other’s homes. This gave them 30 basins a week but Ngau would also come home and dig three of her own each week.

“I have now covered half of my 2 acres with basins. Last season in 2017, during yet another drought, many of us with the basins were able to feed our neighbors who were not part of the project. They came to get some ears of maize every day. We were all able to eat. And even at harvesting period, I still got 270 kilograms, which also kept us going until the following planting season. I didn’t need the government handout anymore. Now others come to us to teach them how to do their basins.”

Scientists are now looking at the large data set involving thousands of farmers to explain when the basins are practical options and when they are not.

“This is only our third planting season and we are still in the process of collecting the data for all the different options related to the basins,” said Leigh Winowiecki, a soil scientist at ICRAF who manages the project. “But even in the comparisons, some areas have already been more than tripling the maize yields. Of course, it will not work the same for everybody.”

“Without this information, we cannot simply go and advise development partners to promote them,” explained Sinclair. “It will be a waste of their time and the farmer’s time to scale something that has not been tested and proven to work in the areas under question.”

By Akefety Mamo, originally published at ICRAF’s Agroforestry World.


The project ‘ Restoration of degraded land for food security and poverty reduction in East Africa and the Sahel: taking successes in land restoration to scale’ is funded by the International Fund for Agricultural Development (IFAD), and the European Union (EU)

This research is part of the CGIAR Research Program on Forests, Trees and Agroforestry (FTA), which is supported by CGIAR Fund Donors.


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  • Farm-scale greenhouse gas balances, hotspots and uncertainties in smallholder crop-livestock systems in Central Kenya

Farm-scale greenhouse gas balances, hotspots and uncertainties in smallholder crop-livestock systems in Central Kenya


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  • Whole-farm GHG balances are needed to identify climate-smart options.
  • Coffee-dairy farms are mostly net sources of GHG at farm-scale.
  • Poor manure management can be a determining factor in the farm GHG balance.
  • Emissions are smoothed by zero grazing and larger soil and biomass C sequestration.
  • Improving GHG estimations requires developing EFs and site calibrations.

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  • Accurate crop yield predictions from modelling tree-crop interactions in gliricidia-maize agroforestry

Accurate crop yield predictions from modelling tree-crop interactions in gliricidia-maize agroforestry


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Agroforestry systems, containing mixtures of trees and crops, are often promoted because the net effect of interactions between woody and herbaceous components is thought to be positive if evaluated over the long term. From a modelling perspective, agroforestry has received much less attention than monocultures. However, for the potential of agroforestry to impact food security in Africa to be fully evaluated, models are required that accurately predict crop yields in the presence of trees.

The positive effects of the fertiliser tree gliricidia (Gliricidia sepium) on maize (Zea mays) are well documented and use of this tree-crop combination to increase crop production is expanding in several African countries. Simulation of gliricidia-maize interactions can complement field trials by predicting crop response across a broader range of contexts than can be achieved by experimentation alone. We tested a model developed within the APSIM framework. APSIM models are widely used for one dimensional (1D), process-based simulation of crops such as maize and wheat in monoculture. The Next Generation version of APSIM was used here to test a 2D agroforestry model where maize growth and yield varied spatially in response to interactions with gliricidia.

The simulations were done using data for gliricidia-maize interactions over two years (short-term) in Kenya and 11 years (long-term) in Malawi, with differing proportions of trees and crops and contrasting management. Predictions were compared with observations for maize grain yield, and soil water content. Simulations in Kenya were in agreement with observed yields reflecting lower observed maize germination in rows close to gliricidia. Soil water content was also adequately simulated, except for a tendency for slower simulated drying of the soil profile each season. Simulated maize yields in Malawi were also in agreement with observations.

Trends in soil carbon over a decade were similar to those measured, but could not be statistically evaluated. These results show that the agroforestry model in APSIM Next Generation adequately represented tree-crop interactions in these two contrasting agro-ecological conditions and agroforestry practices. Further testing of the model is warranted to explore tree-crop interactions under a wider range of environmental conditions.


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