Tag: Agroforestry

A journey back in time – Reflections from IUFRO 2024

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This blog post is written by Anna-Klara Lindeborg, research advisor at SLU Global, in conjunction to IUFRO 2024.

Rubber plantation in Laos. Photo: Anna-Klara Lindeborg

As IUFRO 2024 – Forest and Society towards 2050 is coming to an end, I am reflecting on some of the sessions at the conference in conjunction to my own career path and research. The focus is to put attention to the research within the forestry sector and gender, a topic that has been part of my life for almost twenty years and an evident topic at IUFRO 2024.

Taking part in the session Local ecological knowledge of non-wood forest products for sustainable forest management and human well-being in diverse contexts, brings me back to 2006, when I was carrying out a Minor Field Study in Laos about gendered labour and the collection of fuel wood, which later became the reason why I wanted to apply for a PhD position.

When I was admitted as a PhD student in Social and Economic Geography at Uppsala University one year later, I signed up for a PhD course in Forest Governance at SLU. Part of the course was to participate in a pre-conference training workshop in UmeĂ„ with the title Adaptation of Forests to Climate Change: Working effectively at the Interface of Forest Science and Forest Policy, jointly organised by IUFRO’s Special Programme for Developing Countries (IUFRO-SPDC) and SLU. A special session was set up focusing on gender relations – Asking the right questions of society-forest adaptation – How can a gender perspective help? Gun Lidestav, associate professor in forest management at SLU, was the main driver of the session. She has been heavily engaged in IUFRO in several ways and in the field of gender and forestry. In IUFRO 2024 she was moderating the poster session In practice of a gender equal and inclusive forestry sector. One of the presentations focused on the project Gender dimensions to climate resilience of cocoa farming systems in West Africa, involving SLU professor Francisco Aguilar.

Another researcher at SLU contributing to the field of gender and forestry is Professor Seema Arora-Jonsson, who was teaching at the Forest Governance PhD course in 2008 that I was undertaking and was now participating in IUFRO 2024 in the session Integration of gender and diversity perspectives in knowledge production, amongst other things.

At the rubber plantation. Photo: Anna-Klara Lindeborg

Inspired by Lidestav’s and Arora-Jonsson’s work, I continued writing on my PhD thesis, which I defended in 2012 with the title Where Gendered Spaces Bend – the rubber phenomenon in Northern Laos. Associate professor Ann Grubbström, researcher in Environmental Communication at SLU, was in addition important for my research, as her comments and input meant a lot for my PhD thesis. She also participated at IUFRO 2024 in the poster session Smart Forestry – Transforming Forestry and the Future Forest Workforce and has hence contributed a lot to the research field of gender and forestry.

After different turns and career paths, I started as a research advisor at SLU Global in 2021. One of the tasks I have been engaged with recently is the MOOC for Gender Equality and Diversity in Forestry, coordinated by Ida Wallin, researcher at the Southern Swedish Forest Research Centre, SLU. The MOOC is supposed to achieve gender equality and diversity in forest-related sectors as well as bridging the education–practice gap. In addition, the course is one of the outputs for Gender Equality Taskforce within IUFRO, an important and relevant contribution from SLU Global and contributes to the implementation of the policy for SLU’s global contribution to Agenda 2030.

So to conclude it seems that several things are coming together attending IUFRO 2024. Almost 20 years have passed since I started to engage in the gender and forestry sector, but it is still a very vibrant and visible theme that is needed, even though it has developed a lot along the way. Many researchers at SLU are also involved within this broad research field, just a few of them mentioned here. I am pleased to say that I have contributed a little bit to this, however additional research is still needed on the topic which I hope to see at IUFRO 2029 in Kenya.

We remember Mersha – a representative of the long-term cooperation between Wondo Genet in Ethiopia and SLU

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This blog post was written by Gun Lidestav, Mats Sandewall (Department of Forest Resource Management) and Torgny Söderman (School for Forest Management) at SLU
For more than 35 years SLU has been engaged in a development cooperation with Ethiopia on building a faculty for forest and natural resources at Wondo Genet. More than a hundred Swedish and thousands of Ethiopian students, teachers, researchers and staff have been engaged in the endeavour. Today Wondo Genet College of Forestry and Natural Resources is a national university faculty and an educational institution that provides the Ethiopian society and government with sector staff and specialists.
Mersha in the 1980s (Photo: Omer Studio)

A strong profile in the cooperation was Mersha Gebrehiwot. She was one of the first female Bachelor’s students from Wondo Genet in the joint SLU-Wondo Genet academic programme that started at SLU, Skinnskatteberg, in 1987. Mersha first got a diploma degree from a Sida sponsored programme at Wondo Genet followed by a Bachelor of Science in Forestry from SLU/SkogsmĂ€starskolan (1988-1990). She then worked as a teacher at Wondo Genet and she later built her academic career through a Master’s degree and a PhD from UmeĂ„/Skinnskatteberg and worked within the cooperation until 2022.

Mersha in the 2020s (Photo: Marine Elbakidze)

As a teacher, Mersha was an inspiration, especially to female students. But above all she was down-to earth in her teaching role in forestry subjects and she engaged herself in the relations between the staff of the college and its surrounding people, be it “encroaching loggers” or farming communities. For us foreign guests at Wondo Genet, Mersha was the one who always looked after us with great generosity.

Mersha as teacher (Photo: Marine Elbakidze)

As a researcher and development agent, Mersha’s desire and drive was always “to make a difference”. Her doctoral thesis is a good example of that. Her attitude influenced her choice of subject, research questions, scientific methods and the way she carried out the fieldwork. With respect and integrity, she approached complex problems on how land use changes affects food and livelihood security and the survival of the women and men in rural households. Her informants were not only data sources but also real people to whom she constantly related her research. It also characterised how she communicated the results, regardless if it was among local farmers or high-level decision makers.

Mersha as researcher (Photo: Mats Sandewall)

In all these respects, Mersha set an example to all of us who did research and development together with her. For those who have a particular commitment to issues of gender equality her involvement in IUFRO Research Group “Gender and Forestry” was essential. With Mersha as the local organiser, the 3rd Gender and Forestry Conference was successfully carried out at Wondo Genet College in November 2013. The conference involved 50 researchers and students from Africa, Asia, Europe and North America. (Recently, she contributed to the ongoing programme, Catalysing the Ethiopian Forest Sector Development, by describing gender gaps and gender mainstreaming efforts, and training of forestry extension agents in gender-sensitive approaches.)

Mersha in Ukrainian environments (Photo: Marine Elbakidze)

Mersha had an admirable ability to find herself in the most varied environments and contexts, and thus also make others feel comfortable and appreciated. We are many friends and colleagues that miss her, but just as many who draw inspiration from the example she will continue to be.

Mersha in Ethiopian environments (Photo: Marine Elbakidze)

A scholarship fund is being established based on donations from Swedish and other colleagues in the memory and spirit of Mersha for providing awards to Wondo Genet students (further information through Torgny.Soderman@slu.se)

Mersha and Swedish supervisee Helena in Skinnskatteberg. Helena made her thesis in Wonde Genet. (Photo: Torgny Söderman)

DevRes 2021: Takeaways that may help us in reaching SDGs in low-income countries

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This blog post is written by Adan Martinez Cruz, Senior Lecturer at the Department of Forest Economics and SLU Global coordinator.

From 14 June to 16 June 2021, DevRes 2021 allowed us to exchange insights on challenges and opportunities to accomplish the 2030 Agenda –with a focus on low-income countries. Originally scheduled for June 2020 to take place at UmeĂ„ University campus, DevRes went digital. The success of this adaptation strategy can be illustrated by the 500 registered participants from all over the world, the 125 speakers in 51 sessions, and the variety of topics covered.

I was fortunate to chair two sessions and I will tell you my takeaways from these sessions.

During the “Gender and inclusion in agriculture” session, we learnt about the relevance of empowering women to fight poverty among smallholder farmers in Nigeria, and about the role of ethnicity and gender in adopting agroforestry strategies in Vietnam. In particular, Mai Phuong Nguyen, who works at World Agroforestry, reported her findings from semi-structured interviews to 60 farmers (30 men and 30 females) across three provinces of northwestern Vietnam. These interviews explore preferences, constraints, and opportunities to adopt agroforestry practices among Thai and H’mong people. These two ethnic minorities rely on farming sloped land, which results on high levels of soil erosion –hence the need to explore the opportunities for adoption of agroforestry. The finding I wish to highlight here is the difference across gender in interest and perceptions about benefits from agroforestry –women are less certain about what agroforestry entails, and therefore are less interested in adopting agroforestry practices. This difference seems to be originated in the different channels of information that men and women have access to –while men have formal and informal learning channels, women rely mostly on informal channels. The implication is that formal agricultural extension services, which are not currently reaching out to women, must be tailored to inform women or otherwise agroforestry practices may spread at a slower pace than desired.

During the “Climate change –resilience, mitigation, and adaptation” session, we discussed how climate impacts efficiency of subsistence farming in Ethiopia, the effect of the Sloping Land Conversion Program on Chinese farmers’ vulnerability to climate change, and how capital assets enable resilience to water scarcity among small farmers in Indonesia. Francisco X. Aguilar, who is Professor at the Department of Forest Economics in SLU, and co-authors have explored the association between rural livelihood capitals (natural, human, social, financial, and physical) and the avoidance of, adaptation to, and inability to withstand water scarcity among 200 small farmers in South Sulawasi, Indonesia. Their findings illustrate not only heterogeneity in the association but also the relevance of social and human capitals as assets to enable resilience. In particular, physical and natural assets in the form of irrigation infrastructure and direct access to water sources were saliently associated with resilience to water scarcity; factors associated with capacity to adapt were more nuanced with social capital being closely linked. Years of farming experience as a form of human capital asset was strongly associated with resiliency.

DevRes aims to explore the challenges that require societal transformation in order to accomplish the 2030 Agenda with its 17 Sustainable Development Goals (SDGs). As illustrated by the couple of findings I have highlighted here, DevRes 2021 delivered insights that we have taken with us in our pursue to design policies that empower citizens of low-income countries to accomplish by their own means the 2030 Agenda and its SDGs.

Smallholder farmers in Kenya know how to meet climate challenges, but lack the means to do it

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This article was written and first published by SIANI in collaboration with PhD Ylva Nyberg, Department of Crop Production Ecology, SLU. The ïŹndings and conclusions in this blog post are those of the authors and do not necessarily represent the views of SLU.

A more diversified farming system spread the risks better and has higher delivery of ecosystem services even if it needs more knowledge and labour. Photo: Ylva Nyberg.

Many smallholder farmers in sub-Saharan Africa are caught up in a negative spiral. Often farming on one hectare of land, they struggle to make ends meet and, in most cases, they cannot afford enough farm inputs, which leads to declining soil fertility of their farms, resulting in low yields. Many farmers have to look for casual jobs to get by. Poverty pushes them to reduce the number of meals they eat, so they also lack the energy to farm.

Climate change with its changing rain patterns, droughts and floods doesn’t make the life of smallholder farmers easier. Contrary to the popular belief, recent research by Ylva Nyberg, highlights that smallholder farmers are well aware of the climatic challenges and know how to adapt and cope. However, they would be reluctant to adopt sustainable agricultural practices due to the lack of access to credit, land, knowledge and labour.

Nyberg carried out her field work on smallholder farms across a gradient of landscapes in Kenya, from Kisumu by Lake Victoria to Trans Nzoia in the western highlands. She summarized her findings in her PhD dissertation which she defended at the Department of Crop Production Ecology at the Swedish University of Agricultural Sciences, SLU. 

Initially, Nyberg embarked on her journey to gain a better understanding of how small farms can increase yields without damaging nature. She used a variety of research methods, such as group and individual interviews, tree density measurement, soil sample analysis and randomized control trials. During the group interviews, Nyberg explored whether the farmers had experienced rainfall-related challenges and if they had planned to adapt to changing rainfall patterns. She quickly learnt that smallholders were well aware of climatic changes and also knew many adaptation and coping strategies, though men happened to be better informed than women

Then Nyberg spoke with farmers individually to find out how they applied their knowledge of adaptation measures. The results varied in accordance with access to social capital. Men tended to have higher education, better access to agricultural advisory services and more time for social networking, and they also were able to use more adaptation measures than women, especially those who lack education. Farmers with regular access to agricultural advisory services used more adaptation measures, especially those measures that they perceived most effective.

During these interviews many farmers also mentioned that having trees and livestock makes them less vulnerable, providing insurances or savings. Therefore, Nyberg has also considered these parameters in her work. It appears that higher tree density increased the workload on farms, but the income that came from these farms was higher too. In addition, trees were important to all farmers by providing shade for recreation. High livestock density showed signs of higher soil nitrogen turnover, even though collecting and using the manure can be challenging. Low tree and low livestock density were often an indicator of high dependency on off-farm revenues.

Agroforestry was one of the practices found to positively affect maize yields as well as being perceived effective among farmers. However, agroforestry is also labour-intensive. Photo by Ylva Nyberg

Lastly, Nyberg compared farms that took part in Kenya Agricultural Carbon Project over four years with those farms that weren’t engaged in carbon farming. She found that maize yields were positively related to terracing of fields and to growing more trees on the farm, the so-called agroforestry. Farmers working with the Carbon Project used more sustainable management practices, had higher yields and better food self-sufficiency as well as more savings than farmers who weren’t involved in the project.

However, the farmers who participated in the Carbon Project had higher yields to begin with and the difference in yield between the two groups of farms were similar in the first and the fourth year. Thereby, the increases in yield cannot be explained by the project only, unless the neighbouring farms outside the project had actually learnt methods and started practising them as well.

Smallholders have great potential to improve their production in a sustainable way, but they lack sufficient labour, land, money or knowledge to adopt sustainable agricultural land management practices.

Nyberg suggests that policy should address the farming and food production system as a whole, increasing inclusivity, particularly in regards to women with poor education. Agricultural advisors should also promote packages of simple but effective measures, encourage diversified farming systems where feasible and focus on the limiting factors, such as access to credit, knowledge and labour. This way, farmers will have the means to practice sustainable agriculture. Only then smallholder farmers will be able to build sustainable livelihood, supply ecosystem services and be climate action agents.

Check out Ylva Nybergs PhD thesis here.

Agroforestry – an act to fight climate change?

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Written by: Agnes Bondesson, communication officer at SLU Global, Swedish University of Agricultural Sceinces

Agroforestry - pines and cotton
Agroforestry with pine and cotton
Photo: National Agroforestry Center/Wikimedia commons

22nd of April is every year dedicated to our beloved earth, so called Earth day. SLU has research projects in a wide range of areas and today it is time to give attention to one of them, agroforestry. This is a method where trees are planted among crops and animals and it is seen as a sustainable nature-based solution which can contribute to several of UN’s Sustainable Development Goals.

Agroforestry provides various ecosystem services which are beneficial both locally and globally in the fight against climate change. This way of farming can limit the amount of greenhouse gases in the atmosphere by binding carbon and nitrogen in vegetation and soil. At the same time, the cultivation system contributes to positive effects in the local area, as trees shade, bind soil and increase resistance to pests, drought and floods, as well as providing access to firewood and a variety of nutritious food. It creates a favourable microclimate around the trees for a variety of flora and fauna.

SLU has several research projects running about agroforestry, many in collaboration with other universities and organisations around the world. SLU Global asked Ulrik Ilstedt, researcher at SLU, a few quick questions about agroforestry.

1. How does SLU work with research in agroforestry?

There are many people at SLU who work with different aspects of agroforestry in low-income countries, both from economic, social and environmental aspects. I myself have worked mostly with how agroforestry can contribute to carbon binding and how it also affects the water balance. Especially the water balance has been a much debated issue where hydrologists have previously thought that all trees – in forest or agricultural land – have a negative impact on water supply as trees use more water than grass and crops.

For tree planting organisations and the general public it has been difficult to realise that forests are bad for water supply. Many people think of the forest as a sponge that sucks in water. Instead, we have developed a new theory in which we believe that indeed the trees’ soil-improving ability can contribute to more water entering the soil and groundwater but up to a certain limit. If the trees grow too fast and too dense, their water consumption will take over and there will be water loss compared to pure agricultural land.

2. What are the benefits in a global sustainability perspective?

You can get a productive and sustainable cultivation system that can at the same time maintain many environmental values, such as biodiversity, water regulation and carbon storage. Because the trees contribute to soil improvement, farmers who are poor can cope with less or no commercial fertilizer. There are also advantages to being able to get different alternative products from the same fields and to spread risks.

3. What projects are SLU currently running?

One of the larger collaborative projects led by one of my colleagues, Gert Nyberg, where several researchers from SLU work together with other universities, is about studying different aspects of an area in Kenya. The organisation Vi-agroforestry previously used the area to influence how the pasture was organised. Through a better organisation of the pasture with fences, grass and trees could come back into the area and the pasture became more productive. This collaboration project is now being developed in other areas with both Swedish and international partners.

I myself would be particularly interested in continuing with the water issue. We now know that it is possible to grow trees and at the same time increase the water supply. Can we improve the groundwater supply further through maintenance with for example what kind of trees we use, if we prune them and how the trees are spread.

4. If you mention some positive effects with agroforestry, what would it be?

Agroforestry can contribute to many of the Sustainable Development Goals, for example to combat poverty and hunger (# 1 and # 2), better access to water (# 6), to help us combat and manage climate change better (# 13) and to contribute to higher biodiversity (#15). Agroforestry can also contribute to give women more time and opportunity to develop and take control of resources.

More information:
News page at SLU website
Debate article at Aktuell HĂ„llbarhet (Swedish)