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This publication focuses on the links between food security, nutrition and wood energy in the Miombo woodlands, one of the most important forest ecosystems in southern Africa. Miombo woodland is a key dryland forest ecosystem stretching across southern Africa (Angola, Democratic Republic of Congo, Malawi, Mozambique,Tanzania, Zambia and Zimbabwe). The woodlands are considered one of the most globally important biodiversity hotspots. They sustain the livelihoods of close to 100 million rural poor through the provision of wood energy, food and nutrition. Miombo woodlands are increasingly under threat from a growing population, expansion of agricultural land, overuse of forest resources and unsustainable management. With the impacts of climate change already contributing to rising food insecurity in many parts of the world and with growing biodiversity loss, bringing the Miombo countries together to share best practices towards addressing common challenges facing the woodlands is vital.
Fall armyworm (Spodoptera frugiperda) – FAW, a dangerous transboundary pest native to the Americas, has been spreading rapidly to all sub-regions of Africa since 2016, causing significant yield losses to crops. Farmer education and community action are critical elements in the strategy to best manage FAW populations, using an integrated and ecological pest management approach. Farmer Field School (FFS), a holistic farmer education approach used in over 90 countries, will be a key component of the response effort.This guide seeks to provide guidance on how to conduct FFS on the integrated and sustainable management of the FAW in Africa, with emphasis on maize as FAW’s preferred host plant. It provides information on the biology and ecology of FAW; field studies and exercises for use in season-long FFS; and suggestions on how to build a training programme for rural advisory services/extension on FAW and FFS refresher courses of Master Trainers and Facilitators.
The dry forests and woodlands of Sub-Saharan Africa are major ecosystems, with a broad range of strong economic and cultural incentives for keeping them intact. However, few people are aware of their importance, compared to tropical rainforests, despite them being home to more than half of the continent's population. This unique book brings together scientific knowledge on this topic from East, West, and Southern Africa and describes the relationships between forests, woodlands, people and their livelihoods. Dry forest is defined as vegetation dominated by woody plants, primarily trees, the canopy of which covers more than 10 per cent of the ground surface, occurring in climates with a dry s...
Poverty, food insecurity, biodiversity and habitat loss are persistent global challenges that are further exacerbated by the impacts of climate change. These challenges are particularly hard felt in the tropical landscapes of the global South where tensions between local socio-economic and international environmental commitments are pervasive. Due to the apparent failure of sectorial approaches to address such challenges, more holistic strategies are being increasingly promoted. Integrated landscape approaches are one such example; essentially a governance strategy that engages multiple stakeholders to reconcile societal and environmental objectives at the landscape scale to identify trade-o...
Agricultural expansion has transformed and fragmented forest habitats at alarming rates across the globe, but particularly so in tropical landscapes. The resulting land-use configurations encompass varying mosaics of tree cover, human settlements and agricultural land units. Meanwhile, global demand for agricultural commodities is at unprecedented levels. The need to feed nine billion people by 2050 in a world of changing food demands is causing increasing agricultural intensification. As such, market-orientated production systems are now increasingly replacing traditional farming practices, but at what cost? The Agrarian Change project, coordinated by the Center for International Forestry R...
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The emerging concepts of complexity, complex adaptive system (CAS) and resilience to forest ecology and management are linked in this new book. It explores how these concepts can be applied in various forest biomes of the world with their different ecological, economic and social settings, and history.
The basis of this book is the disparity between the science of conservation biology and the design and execution of biodiversity conservation projects in the field. The book argues for an 'evidence-based approach', drawing information from fifteen projects in the Lower Mekong regions, with the aim of allowing more effective integrated conservation projects.