Research Article
Habitat and Population Structure of Five Multipurpose Species in Forest Management Site of Tiogo, Burkina Faso
Bernadette Nitiema*,
Satassa Hien,
Lassina Traoré,
Issaka Joseph Boussim,
Kuilpoko Marie Laure Guissou
Issue:
Volume 12, Issue 2, April 2024
Pages:
51-60
Received:
9 February 2024
Accepted:
28 February 2024
Published:
13 March 2024
Abstract: Understanding the dynamics of multipurpose species in savanna ecosystems is essential for their sustainable conservation. This study aims to assess the population structure of five target species (Tamarindus indica, Vitellaria paradoxa, Detarium microcarpum, Anogeissus leiocarpa, and Crossopteryx febrifuga) in the forest management site of Tiogo. Floristic inventory was conducted on 100 plots of 1000 m2. Non-Metric Multidimensional Analysis was carried out to characterized the target species’ habitats. A total of 70 species distributed in 23 families and 55 genera were recorded. Four groups of overlapping plant communities were identified. Each group constitutes a habitat of target species with diverse ecological drivers. Weibull distribution showed an overall good population structure for Vitellaria paradoxa, Detarium microcarpum and Crossopteryx febrifuga. However, Tamarindus indica and Anogeissus leiocarpa showed bad regeneration potential with lack of recruitment in the smaller diameter size classes. It is therefore important to increase the monitoring in the forest management site. This work has provides valuable information for better management of target species, aiding in effective forest management of Tiogo, subject to anthropic pressures.
Abstract: Understanding the dynamics of multipurpose species in savanna ecosystems is essential for their sustainable conservation. This study aims to assess the population structure of five target species (Tamarindus indica, Vitellaria paradoxa, Detarium microcarpum, Anogeissus leiocarpa, and Crossopteryx febrifuga) in the forest management site of Tiogo. F...
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Research Article
Onset of Rainfall and Cumulative Analysis for Sorghum Cultivation in Baringo County
Kennedy Okuku*,
Japheth Onyando,
Romulus Okwany,
Clement Kiptum
Issue:
Volume 12, Issue 2, April 2024
Pages:
61-73
Received:
14 February 2024
Accepted:
1 March 2024
Published:
13 March 2024
Abstract: Sorghum is an essential food security crop in the majority of the ASALs regions, such as Baringo County. This study investigated the critical relationship between rainfall levels and the initiation of sorghum planting, with the aim of identifying the threshold at which rainfall is considered sufficient for germination and optimal growth. This study used historical meteorological data from 1990 to 2022, field experiments, statistical analysis, and sorghum growth patterns to discern the trigger points for planting, which are essential for ensuring successful cultivation. This study uncovered alterations in rainfall onset and seasonal rainfall accumulation. The planting window in Baringo County varied significantly, with some dates falling above and below the average onset values of April 4th for the long rainfall season and September 24th for the short rainfall season. A short rainy season is not ideal for sorghum planting, as it typically receives less than 300 mm of rainfall, which is insufficient for sorghum production. The optimal planting time for sorghum is usually late March and early April. The study found that 36.4% of the long rainy season years had high production, 42.4% had normal production, and only 21% had low or no productivity. The years 2000 and 2018 experienced minimum and maximum rainfall amounts of 198.45 mm and 941.9 mm, respectively.
Abstract: Sorghum is an essential food security crop in the majority of the ASALs regions, such as Baringo County. This study investigated the critical relationship between rainfall levels and the initiation of sorghum planting, with the aim of identifying the threshold at which rainfall is considered sufficient for germination and optimal growth. This study...
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Research Article
Innovation in Forest Management in Burkina Faso: Analyzing the Dynamics of the Actor-Network in Cassou
Birba Sibiri*,
Compaoré Eveline,
Toé Patrice,
Ouedraogo Souleymane
Issue:
Volume 12, Issue 2, April 2024
Pages:
74-86
Received:
29 January 2024
Accepted:
23 February 2024
Published:
20 March 2024
DOI:
10.11648/j.ajaf.20241202.13
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Abstract: The challenges of sustainable forest preservation led Burkina Faso to implement participatory forest management projects in the mid-80s. These projects led to the creation of Forest Management Sites including the one at Cassou. This innovative approach focusses on the active participation of the local communities. It raised high hopes for sustainable forest management. This presents paper traces the process and analyze the outcome derived from the participatory forest management. The Actor-network theory was used as to analyze the implementation process of the CAF model. In doing so, qualitative approach was used through key experts’ and stakeholders’ interviews and focus groups discussions to understand the trajectory and to evaluate the process of implementing the given model. The results show that the dynamic that prevailed at the beginning of the process has eroded over time to the point that after more than three decades of implementation, the model has not yet reached its phase of stabilization or irreversibility. Actors no longer seem to refer to the roles assigned to them, and they are not respecting their commitments. In part, factors such as population renewal and growth, decentralized development management (which were not taken into account at the outset) call for new forms of negotiations between stakeholders to regain control of the process for the sack of the Cassou managed forest.
Abstract: The challenges of sustainable forest preservation led Burkina Faso to implement participatory forest management projects in the mid-80s. These projects led to the creation of Forest Management Sites including the one at Cassou. This innovative approach focusses on the active participation of the local communities. It raised high hopes for sustainab...
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Research Article
New Names and New Combinations of Phyllostachys Sieb. & Zucc. (Bambusaceae)
Da-Li Fu*
,
Hao Fu
Issue:
Volume 12, Issue 2, April 2024
Pages:
87-106
Received:
4 March 2024
Accepted:
20 March 2024
Published:
2 April 2024
DOI:
10.11648/j.ajaf.20241202.14
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Abstract: The minimum criterion PHS (phylogenetic similarity) ≤ 0.928 (inter genera) for genus classification by CPCG (chloroplast complete genomes) of Fructophyta D.L.Fu & H.Fu is initially proposed. As a result, 34 current synonyms of the genus Phyllostachys Sieb. & Zucc. (Bambusaceae Burnett) have been identified, including Acidosasa C.D.Chu & C.S.Chao, Ampelocalamus S.L.Chen, T.H.Wen & G.Y.Sheng, Arundinaria Michx., Bashania Keng f. & T.P.Yi, Bergbambos Stapleton, Chimonobambusa Makino, Drepanostachyum Keng f., Fargesia Franch., Ferrocalamus Hsueh & P.J.Keng, Gaoligongshania D.Z.Li, Hsueh & N.H.Xia, Gelidocalamus T.H.Wen, Himalayacalamus Keng f., Indocalamus Nakai, Indosasa McClure, Kengiochloa Y.H.Tong & N.H.Xia, Khoonmengia N.H.Xia, Y.H.Tong & X.R.Zheng, Kuruna Attigala, Kathr. & L.G.Clark, Oldeania Stapleton, Oligostachyum Z.P.Wang & G.H.Ye, Pleioblastus Nakai, Pseudosasa Makino ex Nakai, Ravenochloa D.Z.Li & Y.X.Zhang, Sarocalamus Stapleton, Sasa Makino & Shibata, Sasaella Makino, Sasamorpha Nakai, Semiarundinaria Makino ex Nakai, Shibataea Makino ex Nakai, Sinobambusa Makino ex Nakai, Sinosasa L.C.Chia ex N.H.Xia, Q.M.Qin & Y.H.Tong, Thamnocalamus Munro, Tongpeia Stapleton, Vietnamocalamus T.Q.Nguyen and Yushania Keng f.. Additionally, 82 new specific names such as Phyllostachys aristiformis D.L.Fu & H.Fu and Phyllostachys hackelii Ohrnb. ex D.L.Fu, along with 454 new specific combinations like Phyllostachys abietina (T.P.Yi & L.Yang) D.L.Fu and Phyllostachys actinotricha (Merr. & Chun) D.L.Fu have been scientifically and validly published. These publications will effectively resolve taxonomic nomenclature confusion in a scientific manner and establish a solid foundation for evolutionary system research within the family Bambusaceae.
Abstract: The minimum criterion PHS (phylogenetic similarity) ≤ 0.928 (inter genera) for genus classification by CPCG (chloroplast complete genomes) of Fructophyta D.L.Fu & H.Fu is initially proposed. As a result, 34 current synonyms of the genus Phyllostachys Sieb. & Zucc. (Bambusaceae Burnett) have been identified, including Acidosasa C.D.Chu & C.S.Chao, A...
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