12,241 to 12,250 of 12,302 Results
Feb 16, 2015 -
The Role of Crop Residue Management in Increasing the Resilience of Mixed Farming at Various Levels of Intensification
Adobe PDF - 139.6 KB -
MD5: 5818dddb4054b61f0feb4a0798ccbad3
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Feb 16, 2015 -
The Role of Crop Residue Management in Increasing the Resilience of Mixed Farming at Various Levels of Intensification
Adobe PDF - 445.1 KB -
MD5: bdd922dec0b826383e489b33d9e55785
|
Feb 16, 2015 -
The Role of Crop Residue Management in Increasing the Resilience of Mixed Farming at Various Levels of Intensification
Unknown - 28.7 KB -
MD5: ba12dfda65ddef573e00c4dd6ffc9a81
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Feb 10, 2015 -
Imputed GbS derived SNPs for maize landrace accessions represented in the SeeD-maize GWAS panel: Imputation using Beagle v.4
Unknown - 8.5 MB -
MD5: 09c2d825d6c2659eb679807ed04f19fe
Tissue harvest and DNA extraction protocol |
Feb 10, 2015 -
Unimputed GbS derived SNPs for maize landrace accessions represented in the SeeD-maize GWAS panel
Unknown - 8.5 MB -
MD5: 09c2d825d6c2659eb679807ed04f19fe
Tissue sampling and DNA extraction protocol |
Feb 10, 2015 -
Imputed GbS derived SNPs for maize landrace accessions represented in the SeeD-maize GWAS panel: Imputation using FILLIN
Unknown - 8.5 MB -
MD5: 09c2d825d6c2659eb679807ed04f19fe
Tissue harvest and DNA extraction protocol |
Unknown - 465.5 KB -
MD5: 4ef1d6725002b32ed28c9e7771152646
Best linear unbiased predictions based on phenotypic measurements for one season |
Unknown - 763.0 KB -
MD5: d527d43b08ad13c738e7b1459ff786bd
Original raw phenotypic data from the trial. Data time related to flowering time should not be used for analyses as there was a technical problem with the collection of these data. |
Unknown - 37.0 KB -
MD5: 1ab31975f2fd6acda6d7ba3fdbfa2b82
Field layout for trial |
Unknown - 41.0 KB -
MD5: aea64475fb23b32ef2e1d559c3d897fe
A file that links the testcross modified hybrids used in the phenotypic experiment with their parents and the DNA samples associated with their male genebank accession parent |
