肯尼亚沿海和下东部猴面包树果实形态多样性和生产力

IF 1.1 Q4 ENVIRONMENTAL STUDIES Forests, Trees and Livelihoods Pub Date : 2019-08-30 DOI:10.1080/14728028.2019.1659861
Monica A. Omondi, F. K. Rimberia, C. Wainaina, J. Mukundi, Justine Orina, J. Gebauer, K. Kehlenbeck
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引用次数: 13

摘要

猴面包树(Adansonia digitata L.)是非洲干旱地区一种重要的本土果树。在肯尼亚,该物种的潜力没有得到充分利用,驯化可能有助于增加其使用量。本研究旨在评估肯尼亚两个地区猴面包树果实形态性状和生产力的变异性,以选择优良树木进行驯化。数据来自基利菲县沿海地区以及基图伊县和马库尼县内陆地区的71棵结果猴面包树。对每棵树的所有果实进行计数,并收获10个果实进行形态表征。计算每棵树的生产力,并进行所选果实性状之间的相关性分析。研究的71棵树中,大多数(60%)的果实呈椭圆形。来自沿海地区的材料每棵树果实重量的中位生产力(87.7公斤/棵)显著高于内陆地区的材料(29.5公斤/棵;p<0.001)。与内陆地区相比,沿海地区的中位果实长度和重量显著更高(分别为22.1厘米和14.2厘米,376克和155克;两者均p<.001)。同样,来自沿海地区的样品的果肉重量中值显著高于内陆地区(61.3对27.2克;p<0.001),而不同地区的果肉比例相似(占整个水果重量的中值16.9%,范围为13-23%)。果实重量与果肉重量显著相关(r=0.948;p<.001),但与果肉比例无关。在两个研究区分别选择了两株高果重、高果肉比例和中等或甜味果肉的优良树种。应进行包括遗传特征在内的进一步研究,以确定肯尼亚树木变异的来源。我们的发现可能有助于在肯尼亚及其他地区驯化和提高这种重要的本土果树的利用率。
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Fruit morphological diversity and productivity of baobab (Adansonia digitata L.) in coastal and lower eastern Kenya
ABSTRACT Baobab (Adansonia digitata L.) is an indigenous fruit tree of great importance in African drylands. In Kenya, the species’ potential is not fully utilized and domestication could help in increasing its usage. This study aimed at assessing the variability in morphological fruit traits and productivity of baobab trees in two regions of Kenya in order to select superiorelite trees for domestication. Data were collected from 71 fruiting baobab trees in the coastal area of Kilifi County and the inland regions of Kitui and Makueni Counties. All fruits per tree were counted and 10 fruits harvested for morphological characterisation. Productivity per tree was calculated and correlation analysis between selected fruit traits performed. Most (60%) of the 71 studied trees had ellipsoid fruit shapes. Median productivity in weight of fruits per tree was significantly higher in accessions from the coast (87.7 kg/tree) than from the inland region (29.5 kg/tree; p < .001). Median fruit length and weight were significantly higher in the coastal as compared to the inland region (22.1 versus 14.2 cm and 376 versus 155 g, respectively; p < .001 for both). Similarly, median pulp weight was significantly higher in samples from the coast than from the inland region (61.3 versus 27.2 g; p < .001), while pulp proportion was similar between the regions (median 16.9% of the whole fruit weight, range 13–23%). Fruit weight correlated significantly with pulp weight (r = 0.948; p < .001), but not with pulp proportion. Two superiorelite trees with high fruit weight, high pulp proportion and intermediate or sweet tasting fruit pulp were selected each in the two research regions. Further studies including genetic characterization should be done to identify the sources of variation among the trees in Kenya. Our findings may contribute to the domestication and increased utilization of this important indigenous fruit tree in Kenya and beyond.
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来源期刊
Forests, Trees and Livelihoods
Forests, Trees and Livelihoods Agricultural and Biological Sciences-Forestry
CiteScore
2.20
自引率
0.00%
发文量
14
期刊介绍: Forests, Trees and Livelihoods originated in 1979 under the name of the International Tree Crops Journal and adopted its new name in 2001 in order to reflect its emphasis on the diversity of tree based systems within the field of rural development. It is a peer-reviewed international journal publishing comments, reviews, case studies, research methodologies and research findings and articles on policies in this general field in order to promote discussion, debate and the exchange of information and views in the main subject areas of.
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