Climatic data reported during the wheat cycle in Obregon (IWYP Hub) in 2015-2016 and 2016-2017. Variables reported: average, maximum and minimum daily temperature (°C), precipitation (mm/day), daily relative humidity (%), evapotranspiration (mm/day) and average solar radiation per day (W/m2 and MJ/m2). The data presented in this study was collected from...

This study includes two manuals that describe the use of diverse phenotyping techniques for applied crop research, with an emphasis on the methods commonly used at the International Maize and Wheat Improvement Center (CIMMYT). Volume 1 (Interdisciplinary Approaches to Improve Crop Adaptation) outlines the basic theory behind physiological traits and...

Field trials and phenotypic traits matrices corresponding to IWYP activities in Mexico in seasons 2015-2016 and 2016-2017 in Obregon, El Batan and Toluca.

The Breeders' 35K Axiom® array results for the following populations: ParagonxBaj, ParagonxBKACHU, ParagonxCIMCOG47, ParagonxCIMCOG49, ParagonxCIMCOGSynthetic, ParagonxMISR1, ParagonxPFAU, ParagonxSUP152, ParagonxWaxwing, ParagonxWYAL, WeebilxCIMCOG03, WeebilxCIMCOG26, WeebilxCIMCOG32, WeebilxCIMCOG49 and WeebilxCIMCOG53.

The IWYP Hub based in Ciudad Obregon, Mexico, offers an array of services, technology, and germplasm resources to IWYP Partner and Aligned projects. This study provides general information about the Hub, as well as descriptions of several germplasm populations being utilized within the IWYP project. For more information about the IWYP Hub, please...

The historic crossing block (HCB) is a collection of all the parents of spring wheat pre-breeding crossing block that include landraces, synthetics, synthetic derivatives, elite lines, high biomass lines, lines with rust resistance, and some varieties. Every year, to incorporate novel alleles into elite back grounds several strategic crosses-source× sink,...

This project makes use of known cloned yield component markers (targeted from Literature), in an attempt to accumulated favourable alleles to increase yield. The traits targeted to date are, grain size, TKM, grain number and tiller number. Recently, new root phenotyping methods were devised and optimised to determine root angle and root biomass at...

Wheat is the most widely grown crop in the world, it provides 20% of the daily protein and calories. CO2 assimilation during photosynthesis is the primary determinant of plant biomass production. Rubisco plays a key role in CO2 assimilation, but is not optimally poised for crop productivity and additionally, it is prone to inhibition by unproductive...

This dataset contains supplemental files related to the GigaScience journal article 'Integrating genomic resources to present full gene and putative promoter capture probe sets for bread wheat' (Volume 8, Issue 4, April 2019) with DOI: 10.1093/gigascience/giz018.

The project aim is to phenotype photosynthetic traits from diverse lines of wheat and, combined with next generation genetic approaches, identify markers and genes associated with each trait. This dataset includes phenotypic data for 97 lines of the Watkins Core Collection. Next generation genetic approaches will enable the identification of markers and...

Early generation germplasm developed by the IWYP Hub and containing IWYP traits of interest. This germplasm is made avaiable in addtion to the available International Wheat Improvement Network (IWIN) Nurseries from CIMMYT. All germplasm requests requires a signed sMTA.

Genotyping of HiBAP using 35K Wheat breeders array, containing 9267 markers.

Phenotypic and climate/environment data collected for IWYP39 field and glasshouse trials conducted in 2017 by the Unversity of Adelaide, South Australia. Rainfall data for the field trial was collected at Glenthorne Farm, O'Halloran Hill, South Australia and reported by Martin Carson. Climate data provided for the field trial was collected at the Adelaide...

Genotyping-by-sequencing (GBS) data, variant calls and Single Nucleotide Polymorphism (SNP) calls of parental lines grown in the hybrid crossing block in 2017.

Sequence capture data from the project IWYP39 investigating allelic variation in TaVP and TaPSTOL1 genes in 135 bread wheat and 22 durum wheat lines. Datasets also describe the sequence of the genes for different members of the gene families in bread and durum wheat.