“yield decrease”

Claim · model-written summary

Drought irrigation reduced vegetative growth and flower yield.

Taxon

ZINNIA ELEGANS L.t0

Treatment

imposed drought conditionse0

Outcome

vegetative growth and flower yielde0

Direction

negative effecte0

Not reportedComparator

Verbatim

t0

“ZINNIA ELEGANS L.”

e0

“Under the imposed drought conditions, the irrigation regimes with high or moderate quality water had the following effects: (i) a negative effect on the vegetative growth and flower yield, but a later flowering date; (ii) higher levels of leaf pigments in both distilled water and blended water irrigations at the 100% level; (iii) a decrease in leaf water potential and leaf osmotic potential; and (iv) a decrease in ca…” Show full quote

Claim · model-written summary

Distilled water irrigation decreased calcium, magnesium and potassium ion contents.

Taxon

ZINNIA ELEGANS L.t0

Treatment

distilled water irrigatione0

Outcome

calcium, magnesium, and potassium ion contentse0

Direction

decreasee0

Not reportedComparator

Verbatim

t0

“ZINNIA ELEGANS L.”

e0

“Under the imposed drought conditions, the irrigation regimes with high or moderate quality water had the following effects: (i) a negative effect on the vegetative growth and flower yield, but a later flowering date; (ii) higher levels of leaf pigments in both distilled water and blended water irrigations at the 100% level; (iii) a decrease in leaf water potential and leaf osmotic potential; and (iv) a decrease in ca…” Show full quote

Claim · model-written summary

Drought irrigation decreased leaf water potential and leaf osmotic potential.

Taxon

ZINNIA ELEGANS L.t0

Treatment

imposed drought conditionse0

Outcome

leaf water potential and leaf osmotic potentiale0

Direction

decreasee0

Not reportedComparator

Verbatim

t0

“ZINNIA ELEGANS L.”

e0

“Under the imposed drought conditions, the irrigation regimes with high or moderate quality water had the following effects: (i) a negative effect on the vegetative growth and flower yield, but a later flowering date; (ii) higher levels of leaf pigments in both distilled water and blended water irrigations at the 100% level; (iii) a decrease in leaf water potential and leaf osmotic potential; and (iv) a decrease in ca…” Show full quote

Claim · model-written summary

Drought irrigation delayed flowering.

Taxon

ZINNIA ELEGANS L.t0

Treatment

imposed drought conditionse0

Outcome

flowering datee0

Direction

latere0

Not reportedComparator

Verbatim

t0

“ZINNIA ELEGANS L.”

e0

“Under the imposed drought conditions, the irrigation regimes with high or moderate quality water had the following effects: (i) a negative effect on the vegetative growth and flower yield, but a later flowering date; (ii) higher levels of leaf pigments in both distilled water and blended water irrigations at the 100% level; (iii) a decrease in leaf water potential and leaf osmotic potential; and (iv) a decrease in ca…” Show full quote

Claim · model-written summary

Distilled water irrigation increased chloride and sodium ions.

Taxon

ZINNIA ELEGANS L.t0

Treatment

distilled water irrigatione0

Outcome

chloride and sodium ionse0

Direction

increasee0

Not reportedComparator

Verbatim

t0

“ZINNIA ELEGANS L.”

e0

“Under the imposed drought conditions, the irrigation regimes with high or moderate quality water had the following effects: (i) a negative effect on the vegetative growth and flower yield, but a later flowering date; (ii) higher levels of leaf pigments in both distilled water and blended water irrigations at the 100% level; (iii) a decrease in leaf water potential and leaf osmotic potential; and (iv) a decrease in ca…” Show full quote

Claim · model-written summary

Leaf pigments were higher with distilled water at the 100% irrigation level.

Taxon

ZINNIA ELEGANS L.t0

Treatment

distilled watere0

Outcome

leaf pigmentse0

Direction

highere0

Qualifier

100% levele0

Not reportedComparator

Verbatim

t0

“ZINNIA ELEGANS L.”

e0

“Under the imposed drought conditions, the irrigation regimes with high or moderate quality water had the following effects: (i) a negative effect on the vegetative growth and flower yield, but a later flowering date; (ii) higher levels of leaf pigments in both distilled water and blended water irrigations at the 100% level; (iii) a decrease in leaf water potential and leaf osmotic potential; and (iv) a decrease in ca…” Show full quote

Claim · model-written summary

Leaf pigments were higher with blended water at the 100% irrigation level.

Taxon

ZINNIA ELEGANS L.t0

Treatment

blended watere0

Outcome

leaf pigmentse0

Direction

highere0

Qualifier

100% levele0

Not reportedComparator

Verbatim

t0

“ZINNIA ELEGANS L.”

e0

“Under the imposed drought conditions, the irrigation regimes with high or moderate quality water had the following effects: (i) a negative effect on the vegetative growth and flower yield, but a later flowering date; (ii) higher levels of leaf pigments in both distilled water and blended water irrigations at the 100% level; (iii) a decrease in leaf water potential and leaf osmotic potential; and (iv) a decrease in ca…” Show full quote