Rottboellia 15 claims

Claim · model-written summary

Rottboellia is newly reported as a genus in South Korea.

Taxon

RottboelliaRottboelliae0

Outcome

newly reported in South Koreae0

Setting

South Koreae0

Not reportedDirection

Verbatim

e0

“Genus Dichanthelium and Rottboellia are newly reported in South Korea.”

Claim · model-written summary

At high Rottboellia densities, root biomass allocation was 38% greater than stem and leaf allocation regardless of fertilization.

Taxon

RottboelliaRottboelliae1

Treatment

high densities of Rottboelliae1

Outcome

root biomass allocatione1

Direction

greatere1

Value

38%e1

Comparator

stem and leaf biomass allocatione1

Verbatim

e1

“At high densities of Rottboellia , regardless of fertilization, its root biomass allocation was 38% greater than the stem and leaf biomass allocation.”

Claim · model-written summary

Without fertilization, Rottboellia biomass allocation was greater in leaves than roots and stems at high plant densities.

Taxon

RottboelliaRottboelliae1

Organ / stage

leavese1

Treatment

high densities of maize or Rottboelliae1

Outcome

biomass allocatione1

Direction

highere1

Comparator

roots and stemse1

Verbatim

e1

“in unfertilized conditions, Rottboellia biomass allocation was higher in leaves than in roots and stems at high densities of maize or Rottboellia”

Claim · model-written summary

Increasing Rottboellia density significantly reduced its total leaf area more than increasing maize density.

Taxon

RottboelliaRottboelliae1

Treatment

density of Rottboelliae1

Outcome

total leaf areae1

Direction

decreasede1

Comparator

density of maizee1

Verbatim

e1

“When the density of Rottboellia increased, its total leaf area and total dry weight significantly decreased, greater than when the density of maize increased.”

Claim · model-written summary

Increasing Rottboellia density significantly reduced its total dry weight more than increasing maize density.

Taxon

RottboelliaRottboelliae1

Treatment

density of Rottboelliae1

Outcome

total dry weighte1

Direction

decreasede1

Comparator

density of maizee1

Verbatim

e1

“When the density of Rottboellia increased, its total leaf area and total dry weight significantly decreased, greater than when the density of maize increased.”

Claim · model-written summary

High maize density significantly reduced Rottboellia total leaf area.

Taxon

RottboelliaRottboelliae1

Treatment

High densities of maizee1

Interactor

maizeZea mayse1other

Outcome

total leaf areae1

Direction

reducede1

Not reportedComparator

Verbatim

e1

“High densities of maize significantly reduced the total leaf area of maize and Rottboellia .”

Claim · model-written summary

Rottboellia height fell as nitrogen application increased, and was greatest without nitrogen at 90 days.

Taxon

RottboelliaRottboelliae0

Treatment

nitrogen applicatione0

Outcome

plant heighte0

Direction

decreasede0

Qualifier

90 days after seedinge0

Verbatim

e0

“In Rottboellia the plant height decreased as the amount of nitrogen application was increased. The value was largest in the N-0 treatment at 90 days after seeding.”

Claim · model-written summary

Rottboellia total dry weight rose rapidly from day 30, slowed after day 90, and was greatest under N-20 at day 120.

Taxon

RottboelliaRottboelliae0

Outcome

total dry weighte0

Direction

increasinge0

Qualifier

120 days after seedinge0

Verbatim

e0

“In Rottboellia the total dry weight started increasing rapidly at 30 days after seeding but the increase became less at 90 days after seeding. The value was largest in the N-20 treatment at 120 days after seeding.”

Claim · model-written summary

Rottboellia reproductive allocation increased with nitrogen.

Taxon

RottboelliaRottboelliae0

Outcome

dry weight percentage allocation of spike, fruit and flowere0

Direction

increasede0

Verbatim

e0

“In both Rottboellia and Solanum, the dry weight percentage allocation of spike, fruit and flower increased at higher nitrogen levels, while the dry weight percentage allocation of root, stem and leaf decreased as the amount of nitrogen application was increased”

Claim · model-written summary

Rottboellia vegetative allocation decreased with nitrogen.

Taxon

RottboelliaRottboelliae0

Outcome

dry weight percentage allocation of root, stem and leafe0

Direction

decreasede0

Verbatim

e0

“In both Rottboellia and Solanum, the dry weight percentage allocation of spike, fruit and flower increased at higher nitrogen levels, while the dry weight percentage allocation of root, stem and leaf decreased as the amount of nitrogen application was increased”