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Forest cover and proximity decrease herbivory and increase crop yield via enhanced natural enemies in soybean fieldsLa cobertura forestal y la proximidad disminuyen la herbivoría y aumentan el rendimiento de los cultivos a través de enemigos naturales mejorados en los campos de soja.
(Dryad, 2020-08-12)
Non-crop habitats are essential for sustaining biodiversity of beneficial arthropods in agricultural landscapes, which can increase ecosystem services provision and crop yield. However, their effects on specific crop systems ...
Effective dispersal and genetic structure of a small mammal in an intensively managed agricultural landscape: is there any barrier to movement?
(2021)
Context: Dispersal and gene flow are key processes for the persistence of populations through the maintenance of large effective sizes and recolonization of empty patches. Therefore, assessing how dispersal is modulated ...
Supplementary material 2 from: Särkinen T, Poczai P, Barboza GE, van der Weerden GM, Baden M, Knapp S (2018) A revision of the Old World Black Nightshades (Morelloid clade of Solanum L., Solanaceae). PhytoKeys 106: 1-223.
(Pensoft, 2018-08-02)
The Morelloid clade, also known as the black nightshades or “Maurella” (Morella), is one of the 10 major clades within Solanum L. The pantropical clade consists of 75 currently recognised non-spiny herbaceous and suffrutescent ...
Spatial analysis of molecular variance (SAMOVA) for Berberis trifoliolata populationsAnálisis espacial de la varianza molecular (SAMOVA) para las poblaciones de Berberis trifoliolata
(Plos One, 2017-02-01)
Here we conduct research to understand the evolutionary history of a shrubby species known as Agarito (Berberis trifoliolata), an endemic species to the Chihuahuan Desert. We identify genetic signatures based on plastid ...
Additional file 5 of Genetic mapping and QTL analysis for peanut smut resistanceArchivo adicional 5 de Mapeo genético y análisis QTL para la resistencia al tizón del cacahuete
(SpringerNature, 2021-07-03)
Additional file 5: QTLs detected by year for resistance to peanut smut on a RILs population of Arachis based on a Halley-Knott genome scan QTL detection model. Resistance to peanut smut is estimated for the level of square ...
Additional file 7 of Genetic mapping and QTL analysis for peanut smut resistanceArchivo adicional 7 de Mapeo genético y análisis QTL para la resistencia al tizón del cacahuete
(SpringerNature, 2021-07-03)
Additional file 7: Analysis of gene content within the physical intervals of the two QTLs qSmIA08 (1.23 Mbp - 6.04 Mbp) and qSmIA02/B02 (3.43–4.29 Mbp), based on cv. Tifrunner transcriptome information [27] ( https://pea ...
Additional file 1 of Genetic mapping and QTL analysis for peanut smut resistanceArchivo adicional 1 de Mapeo genético y análisis QTL para la resistencia al tizón del cacahuete
(SpringerNature, 2021-07-03)
Additional file 1: List of 56 distorted markers with up to 4:1 segregation ratio distributed in few discrete clusters on LGs A04, A05, A07, B03 and B04.
Summary of molecular marker analysis for each of the crosses
(PlosOne, 2019)
P1: susceptible parent; P2: resistant parent. Parent specific alleles (PSA) are alleles present in only one of the parents. Shared alleles: are alleles present in both parents and in all their progeny. PSA in progeny: is ...
Sampling information of the populations of Berberis trifoliolata studied: country and locality were provided followed by population abbreviation, number of individuals for DNA sequences, number of individuals for AFLPs, latitude and longitude and their respective haplotypesInformación sobre el muestreo de las poblaciones de Berberis trifoliolata estudiadas: se facilitaron el país y la localidad, seguidos de la abreviatura de la población, el número de individuos para las secuencias de ADN, el número de individuos para los AFLP, la latitud y la longitud y sus respectivos haplotipos
(Plos One, 2017-06-26)
Sampling information of the populations of Berberis trifoliolata studied: country and locality were provided followed by population abbreviation, number of individuals for DNA sequences, number of individuals for AFLPs, ...
Smut disease incidence and disease index mean, standard error (SE), and range for the parental lines (P1, P2) and generations of RILs from the three peanut corsses: JS31411 (I), JS34212 (II), and JS35112 (III).
(PlosOne, 2019-02-08)
Smut disease incidence and disease index mean, standard error (SE), and range for the parental lines (P1, P2) and generations of RILs from the three peanut corsses: JS31411 (I), JS34212 (II), and JS35112 (III).