Claim · model-written summary
Irrigation had no effect at the second harvest.
- Taxon
- American skullcape1
- Treatment
- Irrigatione7
- Direction
- no effecte7
- Qualifier
- At second harveste7
- Comparator
- no irrigatione3
- Setting
- Shorter, Alabamae2
Not reportedOutcome
Verbatim
e1“American skullcap (Scutellaria lateriflora)”
e2“was established in Shorter, Alabama”
e7“At second harvest, shade increased yield by 63.4%, height by 52.3% and decreased percent dry matter by 22.6%. Irrigation had no effect. Nutrient application increased yield by 10.4%, decrease height by 2.1% and percent dry matter by 5.5%”
e3“Treatment factors were shade (40% shade vs. no shade), irrigation (applied at 30 kPa vs. no irrigation) and nutrients (no fertilizer”
Title
A Similien; DA Shannon; CW Wood; et al. Planta Medica 2008. doi:10.1055/s-2008-1075201
Other claims from this paper (14)
- Intervention effect Shade did not affect biomass yield at the first harvest.
- Intervention effect Shade increased plant height by 33% at the first harvest.
- Intervention effect Shade decreased percent dry matter by 14.5% at the first harvest.
- Intervention effect Irrigation increased biomass yield by 23.7% at the first harvest.
- Intervention effect Irrigation increased plant height by 12.7% at the first harvest.
- Intervention effect Irrigation decreased percent dry matter by 8.3% at the first harvest.
- Intervention effect Nutrient application increased biomass yield by 45.7% at the first harvest.
- Intervention effect Nutrient application increased plant height by 9.9% at the first harvest.
- Intervention effect Shade increased biomass yield by 63.4% at the second harvest.
- Intervention effect Shade increased plant height by 52.3% at the second harvest.
- Intervention effect Shade decreased percent dry matter by 22.6% at the second harvest.
- Intervention effect Nutrient application increased biomass yield by 10.4% at the second harvest.
- Intervention effect Nutrient application decreased plant height by 2.1% at the second harvest.
- Intervention effect Nutrient application decreased percent dry matter by 5.5% at the second harvest.