“yield decrease”

Claim · model-written summary

Tebeca soil conditioning increased vegetable yield by 9.2%∼43.8% versus no soil conditioner.

Taxon

vegetablee0

Treatment

application of different dosage of Tebeca soil conditioninge0

Outcome

vegetable yielde0

Direction

increasee0

Value

9.2%∼43.8%e0

Comparator

treatment without using soil conditionere0

Verbatim

e0

“Compared with the treatment without using soil conditioner, the application of different dosage of Tebeca soil conditioning could increase vegetable yield by 9.2%∼43.8%, decrease Cd content by 13.3%∼68.0%, Pb content by 12.4%∼71.1%, increase soil pH by 2.7%∼17.6%, decrease exchangeable hydrogen by 7.4%∼42.2%, exchangeable aluminium by 20.5%∼55.4%, respectively.”

Claim · model-written summary

Tebeca soil conditioning decreased Cd content by 13.3%∼68.0% versus no soil conditioner.

Taxon

vegetablee0

Treatment

application of different dosage of Tebeca soil conditioninge0

Outcome

Cd contente0

Direction

decreasee0

Value

13.3%∼68.0%e0

Comparator

treatment without using soil conditionere0

Verbatim

e0

“Compared with the treatment without using soil conditioner, the application of different dosage of Tebeca soil conditioning could increase vegetable yield by 9.2%∼43.8%, decrease Cd content by 13.3%∼68.0%, Pb content by 12.4%∼71.1%, increase soil pH by 2.7%∼17.6%, decrease exchangeable hydrogen by 7.4%∼42.2%, exchangeable aluminium by 20.5%∼55.4%, respectively.”

Claim · model-written summary

Tebeca soil conditioning decreased Pb content by 12.4%∼71.1% versus no soil conditioner.

Taxon

vegetablee0

Treatment

application of different dosage of Tebeca soil conditioninge0

Outcome

Pb contente0

Direction

decreaseinferrede0

Value

12.4%∼71.1%e0

Comparator

treatment without using soil conditionere0

Verbatim

e0

“Compared with the treatment without using soil conditioner, the application of different dosage of Tebeca soil conditioning could increase vegetable yield by 9.2%∼43.8%, decrease Cd content by 13.3%∼68.0%, Pb content by 12.4%∼71.1%, increase soil pH by 2.7%∼17.6%, decrease exchangeable hydrogen by 7.4%∼42.2%, exchangeable aluminium by 20.5%∼55.4%, respectively.”

Claim · model-written summary

Tebeca soil conditioning decreased exchangeable hydrogen by 7.4%∼42.2% versus no soil conditioner.

Taxon

vegetablee0

Treatment

application of different dosage of Tebeca soil conditioninge0

Outcome

exchangeable hydrogene0

Direction

decreasee0

Value

7.4%∼42.2%e0

Comparator

treatment without using soil conditionere0

Verbatim

e0

“Compared with the treatment without using soil conditioner, the application of different dosage of Tebeca soil conditioning could increase vegetable yield by 9.2%∼43.8%, decrease Cd content by 13.3%∼68.0%, Pb content by 12.4%∼71.1%, increase soil pH by 2.7%∼17.6%, decrease exchangeable hydrogen by 7.4%∼42.2%, exchangeable aluminium by 20.5%∼55.4%, respectively.”

Claim · model-written summary

Tebeca soil conditioning decreased exchangeable aluminium by 20.5%∼55.4% versus no soil conditioner.

Taxon

vegetablee0

Treatment

application of different dosage of Tebeca soil conditioninge0

Outcome

exchangeable aluminiume0

Direction

decreaseinferrede0

Value

20.5%∼55.4%e0

Comparator

treatment without using soil conditionere0

Verbatim

e0

“Compared with the treatment without using soil conditioner, the application of different dosage of Tebeca soil conditioning could increase vegetable yield by 9.2%∼43.8%, decrease Cd content by 13.3%∼68.0%, Pb content by 12.4%∼71.1%, increase soil pH by 2.7%∼17.6%, decrease exchangeable hydrogen by 7.4%∼42.2%, exchangeable aluminium by 20.5%∼55.4%, respectively.”

Claim · model-written summary

Tebeca soil conditioning increased soil pH by 2.7%∼17.6% versus no soil conditioner.

Taxon

vegetablee0

Treatment

application of different dosage of Tebeca soil conditioninge0

Outcome

soil pHe0

Direction

increasee0

Value

2.7%∼17.6%e0

Comparator

treatment without using soil conditionere0

Verbatim

e0

“Compared with the treatment without using soil conditioner, the application of different dosage of Tebeca soil conditioning could increase vegetable yield by 9.2%∼43.8%, decrease Cd content by 13.3%∼68.0%, Pb content by 12.4%∼71.1%, increase soil pH by 2.7%∼17.6%, decrease exchangeable hydrogen by 7.4%∼42.2%, exchangeable aluminium by 20.5%∼55.4%, respectively.”

Claim · model-written summary

Tebeca treatment reduced available Cd in soil by 15.6%∼66.1%.

Taxon

vegetablee1

Treatment

application of different dosage of Tebeca soil conditioninge1

Outcome

content of available Cd and Pb in soile0

Direction

reducede0

Value

15.6%∼66.1%e0

Comparator

treatment without using soil conditionere1

Verbatim

e0

“Meanwhile, the content of available Cd and Pb in soil were reduced by 15.6%∼66.1% and 3.6%∼34.7% respectively.”

e1

“Compared with the treatment without using soil conditioner, the application of different dosage of Tebeca soil conditioning could increase vegetable yield by 9.2%∼43.8%, decrease Cd content by 13.3%∼68.0%, Pb content by 12.4%∼71.1%, increase soil pH by 2.7%∼17.6%, decrease exchangeable hydrogen by 7.4%∼42.2%, exchangeable aluminium by 20.5%∼55.4%, respectively.”

Claim · model-written summary

Tebeca treatment reduced available Pb in soil by 3.6%∼34.7%.

Taxon

vegetablee1

Treatment

application of different dosage of Tebeca soil conditioninge1

Outcome

content of available Cd and Pb in soile0

Direction

reducede0

Value

3.6%∼34.7%e0

Comparator

treatment without using soil conditionere1

Verbatim

e0

“Meanwhile, the content of available Cd and Pb in soil were reduced by 15.6%∼66.1% and 3.6%∼34.7% respectively.”

e1

“Compared with the treatment without using soil conditioner, the application of different dosage of Tebeca soil conditioning could increase vegetable yield by 9.2%∼43.8%, decrease Cd content by 13.3%∼68.0%, Pb content by 12.4%∼71.1%, increase soil pH by 2.7%∼17.6%, decrease exchangeable hydrogen by 7.4%∼42.2%, exchangeable aluminium by 20.5%∼55.4%, respectively.”