15 research outputs found
AN OVERVIEW OF POLICY AND INSTITUTIONAL FRAMEWORKS IMPACTING THE USE OF NON TIMBER FOREST PRODUCTS IN CENTRAL AFRICA
Abstract This study describes an exploratory data gathering process aimed at constructing a rudimentary image of non timber forest products (NTFP
Distribution of minor allele frequency (MAF) for different <i>Macrobrachium</i> species: <i>M</i>. <i>dux</i>, <i>M</i>. <i>macrobrachion</i>, <i>M</i>. <i>sollaudii</i>, <i>M</i>. <i>vollenhovenii</i>, <i>M</i>. <i>chevalieri; M</i>. <i>felicinum</i>, and <i>M</i>. <i>sp</i>.
Distribution of minor allele frequency (MAF) for different Macrobrachium species: M. dux, M. macrobrachion, M. sollaudii, M. vollenhovenii, M. chevalieri; M. felicinum, and M. sp.</p
PCA (left plot) and DAPC (right plot) obtained from using the reduced set of ‘private SNPs’ (N = 72 SNPs, called ‘private SNPs80’ panel; see Methods).
PCA–principal component analysis; DAPC–discriminant analysis of the principal components. M_ch–M. chevalieri; M_dx–M. dux; M_fe–M. felicinum; M_ma–M. macrobrachion; M_so–M. sollaudii; M_sp–M. sp; M_vo–M. vollenhovenii.</p
PCA (left plot) and DAPC (right plot) obtained from using a full set of SNPs (N = 1,814).
PCA–principal component analysis; DAPC–discriminant analysis of principal components. M_ch–M. chevalieri;M_dx–M. dux;M_fe–M. felicinum; M_ma–M. macrobrachion; M_so–M. sollaudii; M_sp–M. sp; M_vo–M. vollenhovenii.</p
Pictures of seven <i>Macrobrachium</i> species in the coastal area of Cameroon identified based on morphological analysis using [10, 31] keys.
Pictures of seven Macrobrachium species in the coastal area of Cameroon identified based on morphological analysis using [10, 31] keys.</p
Summary statistics of the ’private SNPs’ (‘private SNPs80’; N = 72) identified in the study.
Summary statistics of the ’private SNPs’ (‘private SNPs80’; N = 72) identified in the study.</p
Cluster membership classification of <i>Macrobrachium</i> species and the Bayesian information criterion (BIC) plot obtained from the full set SNPs (N = 1,814) using the Adegenet package assuming four (K = 4) and five (K = 5) populations.
Each bar in the admixture plot (left) represents an individual: M.ch–M. chevalieri; M.dx–M. dux; M.so–M. sollaudii; M.fe–M. felicinum; M.sp–M. sp; M.ma–M. macrobrachion; M.vo–M. vollenhovenii.</p
Phylogenetic tree obtained using 72 private SNPs for <i>Macrobrachium</i> species: <i>M</i>. <i>dux</i>, <i>M</i>. <i>macrobrachion</i>, <i>M</i>. <i>sollaudii</i>, <i>M</i>. <i>vollenhovenii</i>, <i>M</i>. <i>chevalieri; M</i>. <i>felicinum</i>, <i>and M</i>. <i>sp</i>.
The phylogenetic tree for these Macrobrachium species using a larger set of SNPs (N = 1,814) is provided in [19].</p
S1 Fig -
PCA plot obtained from a full set of 1,814 SNPs (A), 174 private SNPs (B) and 72 ‘private SNPs 80’ (C). M_ch–M. chevalieri;M_dx–M. dux;M_fe–M. felicinum; M_ma–M. macrobrachion; M_so–M. sollaudii; M_sp–M. sp; M_vo–M. vollenhovenii. (TIF)</p
Admixture results obtained from using 174 ’private SNPs’ based on the ADMIXTURE software.
(TIF)</p