Abstract
AbstractMiombo woodlands support agriculture, biodiversity, and multiple ecosystem services across an extensive part of sub‐Saharan Africa. Miombo is frequently overutilised with deforestation and degradation resulting in significant land use and land cover change (LULCC). Understanding the drivers of LULCC is essential to achieving sustainable land management in miombo woodland regions. Within a remote miombo area of south‐west Tanzania in the Kipembawe Division, Mbeya Region, social survey and ecological data were used to identify the direct and indirect drivers of LULCC. Our findings show that tobacco (Nicotiana tabacum) production results in an estimated annual deforestation rate of 4,134 ± 390 ha of undisturbed miombo woodland, of which 56.3 ± 11.8% is linked to the post‐harvest curing process. This deforestation represents 0.55 ± 0.06% of the wooded area of the Kipembawe Division. The perception of high incomes from tobacco cultivation has encouraged migration of both agriculturalists and pastoralists into the area, resulting in higher livestock numbers that lead to further degradation. Higher human populations need more woodland resources such as fuelwood and building materials and more farmland for food crops. Continued deforestation will reduce the long‐term profitability of tobacco cultivation due to a lack of fuel to cure the crop and could render production unviable. Action is urgently needed to conserve globally important biodiversity resources while enabling agricultural and pastoral activities to continue. Improved governance, together with sustainable land management strategies and diversification of livelihood strategies, can reduce dependence on tobacco cultivation and contribute to a sustainable future for this ecoregion.
Highlights
Land use and land cover change (LULCC) describes the human‐induced alteration of the earth's surface (Ellis, 2013) and often occurs through degradation and deforestation of woodlands and forest
To provide effective, enduring management solutions for miombo woodlands, it is necessary to understand both direct and indirect drivers (Nelson et al, 2006), especially as drivers differ substantially from region to region (Bond, Chambwera, Jones, Chundama, & Nhantumbo, 2010; Vinya, Syampungani, Kasumu, Monde, & Kasubika, 2011). This paper addresses this gap by providing empirical data from a miombo woodland landscape in south‐west Tanzania, which is currently experiencing rapid land use change
Rapid land use change resulting from tobacco cultivation has precedence in Tanzania, where tobacco cultivation rapidly expanded during the 1970s in Tabora, leading to fuelwood shortages and environmental changes including drought, irregular rains, and whirlwinds due to land use change by the 1990s (Maegga, 2011; Waluye, 1994)
Summary
Land use and land cover change (LULCC) describes the human‐induced alteration of the earth's surface (Ellis, 2013) and often occurs through degradation and deforestation of woodlands and forest. Miombo woodlands are dominated by tree species of the legume subfamily Caesalpinioideae within three genera (Julbernardia, Brachystegia, and Isoberlinia; Frost et al, 2003) They are globally important owing to their capacity to store carbon and influence environmental and socio‐ economic systems (Ribeiro, Syampungani, Matakala, Nangoma, & Ribeiro‐Barros, 2015). To provide effective, enduring management solutions for miombo woodlands, it is necessary to understand both direct and indirect drivers (Nelson et al, 2006), especially as drivers differ substantially from region to region (Bond, Chambwera, Jones, Chundama, & Nhantumbo, 2010; Vinya, Syampungani, Kasumu, Monde, & Kasubika, 2011) This paper addresses this gap by providing empirical data from a miombo woodland landscape in south‐west Tanzania, which is currently experiencing rapid land use change. The key anthropogenic drivers of land use change are identified through integrative quantitative and qualitative research methods
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