RT @plantandsoil: Interesting article on "Maize root distributions strongly associated with water tables in Iowa, USA" read it here: https:…
RT @CarstenWMueller: Vertical root distribution is driven by the water table #RootTraits #WaterTable #Rhizosphere #Maize #Roots
This article provides some insights on the interaction between #root growth and water table among of other important factors. @castellmj @SArchontoulis @non_cornformist
RT @plantandsoil: Interesting article on "Maize root distributions strongly associated with water tables in Iowa, USA" read it here: https:…
RT @plantandsoil: Interesting article on "Maize root distributions strongly associated with water tables in Iowa, USA" read it here: https:…
RT @CarstenWMueller: Vertical root distribution is driven by the water table #RootTraits #WaterTable #Rhizosphere #Maize #Roots
RT @CarstenWMueller: Vertical root distribution is driven by the water table #RootTraits #WaterTable #Rhizosphere #Maize #Roots https://t.c…
Vertical root distribution is driven by the water table #RootTraits #WaterTable #Rhizosphere #Maize #Roots
Interesting article on "Maize root distributions strongly associated with water tables in Iowa, USA" read it here: https://t.co/DEHTN13uLw #PLSO #maize #root https://t.co/jgJ3vaRm8p
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
Interesting data to digest. Thanks for your work on this @ArchontoulisLab
Here we are adding some more knowledges to our current understanding of root growth in two economically important crops. @isuagronomy @JuelichRoots #roots, #rootgrowth #maiz #soybean #crops #nitrogenuptake
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
Great work, thanks for sharing
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
RT @ArchontoulisLab: Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. In…
Maize root mass distribution strongly related to water tables in Iowa. Root N% distribution constant across depth. Interesting new results published in Plant Soil Journal: https://t.co/3y22ya8hYt @non_cornformist @A_OrdonezRaziel @castellmj @ISUAgWaterMgm