Claim · model-written summary
Conditioning treatments generally did not reduce greenhouse eggplant growth relative to controls.
Solanum melongenaVerbatim
e0“Treatments generally did not decrease growth responses relative to controls during a 3-day conditioning period in the greenhouse”
e1“Greenhouse-grown eggplant were treated with mechanical stress or exogenous abscisic acid (ABA)”
Title
Joyce G. Latimer Purdue e-Pubs (Purdue University System) 1986
Other claims from this paper (13)
- Intervention effect Supplemental radiation pretreatment improved outdoor eggplant growth relative to greenhouse shade treatments.
- Intervention effect UV-B protection increased outdoor eggplant leaf area compared with UV-B exposure.
- Intervention effect UV-B protection did not change outdoor eggplant leaf or shoot dry weight.
- Intervention effect Greenhouse UV-B reduced eggplant leaf expansion and dry weight gain after five days.
- Intervention effect After 12 days, UV-B treated eggplant had no leaf or shoot dry weight difference from controls.
- Intervention effect Mechanical stress generally reduced productivity and dimensional growth more in wind-protected settings than in outdoor wind.
- Intervention effect Mechanical stress generally reduced soybean productivity and dimensional growth more in wind-protected settings than outdoors in wind.
- Intervention effect Conditioning treatments increased specific leaf chlorophyll in greenhouse eggplant.
- Intervention effect Mechanical stress had no effect on endogenous ABA levels in eggplant leaves.
- Intervention effect Seismic stress decreased eggplant leaf water potential.
- Intervention effect Outdoor exposure decreased untreated eggplant relative growth rate and leaf chlorophyll.
- Intervention effect Outdoor exposure increased untreated eggplant leaf ABA content.
- Intervention effect Outdoor exposure altered untreated eggplant water status.
Lathyrus oleraceus