The Mueda Plateau, also known as the Maconde Plateau, is a plateau in Cabo Delgado Province of northeastern Mozambique.
| Mueda Plateau | |
|---|---|
  Mueda Plateau Location of the Mueda Plateau in Mozambique | |
| Highest point | |
| Coordinates | 11°24′S 39°20′E / 11.40°S 39.33°E[1] |
| Geography | |
| Location | Mozambique |
Geography
editThe Mueda Plateau lies between the Ruvuma River on the north, which forms the border with Tanzania, and the Messalo River on the south. It is named for the town of Mueda, the principal town on the plateau.
The highest portion of the plateau reaches above 1000 meters elevation.[2] The western edge of the plateau forms a steep escarpment, dropping to rolling plains. The plateau has an area of 1715 square kilometers.[3] The Macomia Plateau lies to the south, across the Messalo River. The Makonde Plateau lies to the north, across the Ruvuma River in Tanzania.
The plateau is composed of includes metamorphic and volcanic rocks.[4] The soils of the plateau are classified as nitisols.[2]
Climate
editMueda, at an elevation of 847 meters, has an average annual rainfall of 1,093 mm, and a mean annual temperature of 21.9 °C.[1] Most of the rainfall occurs during the October-to-April wet season.
Ecology
editThe Mueda Plateau is in the Southern Zanzibar-Inhambane coastal forest mosaic ecoregion. The natural vegetation is a mosaic of plant communities, including miombo woodland, dry deciduous and semi-deciduous forest, dry deciduous thicket, and grassland. Miombo woodland is characterized by species of Brachystegia and Julbernardia which form open-canopied woodlands and savannas. Dry deciduous and semi-deciduous forests generally have a closed canopy, and trees are often dry-season deciduous and/or sclerophyllous. Typical dry forest species include Manilkara sansibarensis, Pteleopsis myrtifolia, Warneckea sansibarica, and Baphia macrocalyx. Dry forests subjected to human disturbance from timber harvesting, livestock grazing, and shifting cultivation are often more thicket-like.[5]
It is estimated that 2,332 km2 of the plateau was densely vegetated with woodland or forest 150 to 100 years ago. A survey of forest cover from 2002 satellite data found that only 89 km2 of the plateau is still densely vegetated, a 96.2% reduction over more than a century.[5]
People
editThe Makonde people inhabit the plateau and the adjacent lowlands. The Makonde Plateau, which lies immediately north of the Ruvuma River in Tanzania, is also inhabited by the Makonde. The name 'Makonde' is derived from the typical woodland thickets of the plateau.[3]
The soil is light and sandy but fertile, and the Makonde people on the plateau traditionally practiced a form of swidden agriculture with a three-crop rotation. Trees were cut down to stumps, which provide support for vine crops (beans, pumpkins, and cucumbers) followed by a maize crop, and then millet. At the end of the growing season, the tree stumps were allowed to re-grow for a six- to nine-year fallow period.[3]
References
edit- ^ a b Le Houérou, Henry Noël (2009) Bioclimatology and Biogeography of Africa Springer-Verlag, 2009. ISBN 978-3-540-85191-2
- ^ a b Programa de investimento em extensao agrarian/Documento de trabalho no. 2/B 1a versao-15 de Junho de 1996 (DNER, 1996)
- ^ a b c Kingdon, Zachary (2013) A Host of Devils: The History and Context of the Making of Makonde Spirit Sculpture. Studies in Visual Culture, Routledge, 2013. ISBN 1136476660, 9781136476662
- ^ Chiziane E.A. (2019) The Design of the Political and Legal Framework on Soil Conservation in Mozambique: Deeply Unfinished. In: Ginzky H., Dooley E., Heuser I., Kasimbazi E., Markus T., Qin T. (eds) International Yearbook of Soil Law and Policy 2018. International Yearbook of Soil Law and Policy, vol 2018. Springer, Cham. doi:10.1007/978-3-030-00758-4_16
- ^ a b Timberlake, Jonathan & Goyder, David & Chase, Frances & Burrows, John & Clarke, G. & Luke, Quentin & Matimele, Hermenegildo & Müller, Tom & Pascal, Olivier & Sousa, Camila & Alves, Tereza. (2011). Coastal dry forests in northern Mozambique. Plant Ecology and Evolution. 144. 126-137. 10.5091/plecevo.2011.539.