Claim · model-written summary
Tetsukabuto yield was comparable with other varieties in dryland production.
- Taxon
- Winter Squash
Cucurbita maximat0 - Material
- Winter Squasht0
- Treatment
- dryland productione0
- Outcome
- yielded comparablye0
- Direction
- comparablye0
- Comparator
- other varietiese0
Not reportedGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleSettingValueQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“and yielded comparably with other varieties when grown in dryland production.”
t0“Winter Squash”
Title
Yield Response of Winter Squash to Irrigation Regime and Planting Density
Jennifer Wetzel; Alexandra Stone HortScience 2019. doi:10.21273/hortsci13690-18
Other claims from this paper (16)
- Observation Seven C. maxima types had statistically comparable yields under irrigated and dryland production.
- Observation Dryland yields were 76% of irrigated yields in 2016.
- Observation Dryland yields were 37% of irrigated yields in 2017.
- Observation Irrigated Tetsukabuto had the greatest yield, averaging 51.4 t·ha −1.
- Observation Irrigated Tetsukabuto had the greatest fruit number per hectare, averaging 12,080.
- Observation Irrigated Tetsukabuto had the greatest fruit number per plant, averaging 1.94.
- Association Planting density affected fruit weight, fruit number per hectare, and fruit number per plant.
- Association Planting density did not statistically affect yield in irrigated or dryland production.
- Association Irrigated fruit weight fell from 1.89 to 1.30 kg with increasing density.
- Association Fruit weight fell from 2.04 to 1.56 kg with increasing density in the 2016 dryland trial.
- Association Fruit weight fell from 1.42 to 0.93 kg with increasing density in the 2017 dryland trial.
- Association Irrigated fruit number per hectare rose from 6660 to 10,590 as density increased.
- Observation Plants produced no more than two fruit per plant on average across varieties with irrigation, even at the lowest density.
- Recommendation Farmers can adjust squash fruit size by changing planting density.
- Mechanism The authors attribute very low 2017 dryland yields to unusually high summer temperatures in western Oregon.
- Recommendation The authors warn that increasingly hot summers may make dryland squash production unfeasible in western Oregon.