The Social Dynamics of Illegal Wood Harvesting on Indigenous Woody Vegetation: A Case Study of Chimanimani National Park, Eastern Zimbabwe

• 作者: Clayton Mashapa Edson Gandiwa Gladman Chibememe Langton Zengeni Never Muboko
• 来源期刊: 林学期刊(英文)
• 学科: 经济
• 关键词: BIODIVERSITY Conservation ILLEGAL WOOD HARVESTING PERCEPTIONS Preferred WOODY Species Social Dynamics
• 年，卷（期）: 2019,（4）
• 页码范围: 381-396
• 页数: 16页
• 分类号: F42

摘要

Illegal wood harvesting, a factor that threats conservation efforts, was assessed in Chimanimani National Park (CNP), Zimbabwe, in April 2016. The study identified preferred indigenous woody species, determined the uses, and collected local people’s perceptions on forest resource management by-laws and forest resource conservation in quantity. A three-stage sampling design was adopted;that is, 1) purposive sampling, where three wards (Chikukwa ward 11, Chikwakwa ward 17 and Ngorima ward 5b) were selected as study areas from a total of seventeen wards in Chimanimani District, 2) random sampling, where three villages [Batanai (75 households), Chikukwa (110 households) and Tamuka (46 households)], totalling 231 households, were selected from a total of 15 villages spread over the three wards. The third stage was the random of households where 46 questionnaires were administered and collected in the 3 randomly selected villages representing 20% of the targeted population. The study results highlighted that illegally harvested indigenous woody plants were principally for household uses. Preferred woody species included those of Brachystegia, Terminalia, Acacia, Bauhinia, Pericopsis, Combretum and Pericopsis genera. Quantities collected ranged from 0.2 to 0.4 tons of firewood monthly to 3 to 6 tons mostly for tobacco curing. Most respondents reported that by-laws were not effective in combating illegal wood harvesting. It was concluded that CNP woodlands are under stress due to illegal wood harvesting. It is recommended that a robust community-based strategy to conserve woody species and natural resource utilisation be developed.