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ArticleForestry education in Nigeria: Are forestry students unwilling to study the course and does it influence their academic performance?
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.Forestry education in Nigeria, as it is globally, is faced with several drawbacks despite the urgent need to train more professionals who can tackle the increasing issues related to forestry. One of these concerns is the reducing interest in academic forestry programs evident by low enrolment rates. However, forestry education still pools relatively good enrolment across Nigerian tertiary institutions, often due to candidates’ inability to secure their initially desired courses. Meanwhile, this could have influenced their academic achievements and career progressions. This study, therefore, analysed the unwillingness of forestry students in Nigeria to study the course and its impact on their academic performance, taking the department of Forestry at FUTA as a case study. A survey was used to collect data from the students (193) on four study levels, comprising their demographics, unwillingness to study forestry, interest to further in forestry-related works and studies, and their academic performance. Descriptive and Chi-square statistics were then used to analyse the responses. The results show that majority of the students were male (56%), mainly within the ages 20-25 (60%) and had been admitted via the Unified Tertiary Matriculation Examination (63%) with no prior forestry awareness, unlike the direct-entry students who mostly had post-secondary forestry-related experience. Widely, students’ perception evidenced their unwillingness towards the discipline with about 68%, 65%, and 94% of them not having prior knowledge about forestry before admission, never chose the course, and would not wish to further in any related post-study engagements, respectively. Meanwhile, only their educational background and their parents' educational level were found to have influenced their unwillingness. It was also revealed that this unwillingness impacted their academic performance significantly. Therefore, Forestry education should be made more attractive in every way possible to facilitate students’ interest and consequently improve academic performance and professional competence in forestry sector. Keywords: Forestry education, unwillingness, interest, influence and academic performance ID: 3623841 -
ArticleBudgetary and property evaluation of bamboo products: The case of forestry research institute of Nigeria
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.The increasing difficulty in sourcing timber species in Nigeria necessitates seeking for alternatives species. Providing alternative species requires knowledge on the technical properties and budgetary evaluation particularly in relation to their utilization. Bambusa vulgaris from available evidence had been used for light construction and production in some parts of Nigeria; however, there is dearth of information on its technical properties and budgetary evaluation. Therefore, this study was conducted to evaluate selected properties and budgetary evaluation of Bamboo. Bamboo culms were harvested, processed into valuable products such as Tables, Chairs, Bed, flower vases, lamp stands and many other household items with detail analysis on the cost of production in either round or laminated form. The technical properties considered include: Modulus of rupture (MOR) and Modulus of elasticity (MOE), while the budgetary analysis include: Rate of Returns on Investment and cost benefit analysis of the production. Result of the properties shows that the mean MOE of B. vulgaris was 4556.21±98.42N/mm2. While mean MOR of B. vulgaris was 51.88±112.80N/mm. The Rate of Returns (RORI) of bamboo furniture is above 60% and Cost Benefit Ratio is higher than 1. There are potentials in utilizing bamboo for the production of structural materials being a medium density wood and slightly dimensionally stable. It is also a profitable venture for utilization and it has the potential of serving as a suitable alternative to the scarce tropical timber species Keywords: Value chain, Research, Innovation, Sustainable forest management, Financial mechanisms ID: 3474266 -
ArticleAssessment of tropical forest structure, ecological networks, and species extinction in Nigeria lowland forest and Cameroun coastal lowland forest
XV World Forestry Congress, 2-6 May 2022
2022Also available in:
No results found.Tropical forest structure is a significant defining component of the forest, the complex interaction within the components supports a substantial population of flora and fauna besides storing more than half of the terrestrial aboveground biomass. Furthermore, the plants and animal species habiting the tropical forest make up one-third of the world`s biodiversity which also functions as a buffer in shielding humans from zoonotic diseases such as COVID-19. The research was carried out in the Cross River-Korup Taka Manda (CRIKOT) National Park and Omo-Sasha-Oluwa Forest Complex ecoregion which covers southern Nigeria, and southwestern Cameroon. The study estimated carbon stock estimates from 3 -meter quad polarized ALOS 2 PALSAR 2 data, validated the estimates with field measurements and biophysical metrics derived from the Global Ecosystem Dynamics Investigation (GEDI) L2B lidar waveform. This is in addition to the investigation of ecological networks with canopy height metrics, canopy cover metrics Plant Area Diversity (PAD), and Plant Area Index (PAI). The study discovered a mean carbon stock estimate of 136 tonnes /ha-1 from field measurements and a range of 1. 5 to 132 tonnes / ha-1 from SAR. The biophysical metrics from GEDI L2B lidar waveform (Canopy Cover, PAD, PAI, and Canopy Height) describe dense structures with a high level of biodiversity and productivity. These findings could aid in the monitoring of forest productivity and policy goals, as well as considerably improve the depiction of plant canopies in dynamic vegetation and land surface models, allowing us to better understand the carbon cycle and ecological systems. Keywords: Tropical Forest structure, Climate change, Biodiversity conservation, Deforestation and forest degradation, Zoonotic disease, Human health, and well-being. ID: 3476824
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