Claim · model-written summary
seasonal SH increased with initial forage mass
Not reportedTaxonMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparator
Verbatim
e0“In linear regressions, cumulative and seasonal SH increased with greater soil P (r2=.5049 and .5417), soil K (r2=.4675 and .4397), and initial forage mass (r2=.1984 and .2801).”
e1“southern Iowa”
Title
Pasture Conditions at the Initiation of Grazing to Optimize Forage Productivity: A Progress Report
Sonja M. Kremer; James R. Russell; Daryl R. Strohbehn; et al. Iowa State University Digital Repository (Iowa State University) 2000
Other claims from this paper (19)
- Association cumulative SH increased with soil P
- Association seasonal SH increased with soil P
- Association cumulative SH increased with soil K
- Association seasonal SH increased with soil K
- Association cumulative SH increased with initial forage mass
- Association Seasonal SH increased with earlier grazing dates.
- Association Seasonal SH increased with fewer degree-days.
- Association Cumulative FA increased with earlier initial grazing dates.
- Association seasonal FA increased with earlier initial grazing dates.
- Association Cumulative FA increased with lower soil temperatures.
- Association seasonal FA increased with lower soil temperatures.
- Association Cumulative FA increased with greater soil P.
- Association seasonal FA increased with greater soil P.
- Association Cumulative FA increased with greater soil K.
- Association cumulative SH correlated with soil P in quadratic regressions.
- Association seasonal SH correlated with soil P in quadratic regressions.
- Association cumulative SH correlated with soil K in quadratic regressions.
- Association seasonal SH correlated with soil K in quadratic regressions.
- Association Cumulative and seasonal FA were correlated with degree days and initial grazing date in quadratic regressions.