most citedWeedy Adaptation in Setaria spp.: VIII. Structure of Setaria faberi Seed, Caryopsis and Embryo Germination

5 citations · 10 across the 5 of their papers we have counts for

collaborators

5 papers

q-bio.PE20142 cited

Weedy adaptation in Setaria spp.: IX. Effects of salinity, temperature, light and seed dormancy on Setaria faberi seed germination

J. Dekker, J. Gilbert

Life in salty habitats is a function of tolerance to those chemicals at all critical phases of a plant's life history. The ability to withstand salt as an established plant may req…

q-bio.PE2014

Evolutionary Ecology Models of Weed Life History

Jack Dekker

The limitations of demographic models as well as the opportunities of evolutionary models are reviewed. Flaws associated with demographic models include the confounding effects of…

q-bio.QM20145 cited

Weedy Adaptation in Setaria spp.: VIII. Structure of Setaria faberi Seed, Caryopsis and Embryo Germination

Milt Haar, Adriaan van Aelst, Jack Dekker

Giant foxtail (Setaria faberi) seeds differ in requirements for germination. Variable germinability arises during seed development under the influence of genotype, environment and…

q-bio.QM20141 cited

Weedy Adaptation in Setaria spp.: VII. Seed Germination Heteroblasty in Setaria faberi

Milton J. Haar, Jack Dekker

The dormancy status of S. faberi seed at abscission was assessed with reference to tiller and panicle development. Seed from a single genetic line were grown under field, greenhous…

q-bio.PE20142 cited

Weedy Adaptation in Setaria spp.: VI. S. faberi Seed hull shape as soil germination signal antenna

J. L. Donnelly, D. C. Adams, J. Dekker

Ecological selection forces for weedy and domesticated traits have influenced the evolution of seed shape in Setaria resulting in similarity in seed shape that reflects similarity…