Corynephorus canescens 67 claims

Claim · model-written summary

Leaves of Corynephorus canescens share the shape and size of the leaf laminas, hypostomatic leaf type and isolateral parenchyma structure.

Taxon

Corynephorus canescensCorynephorus canescense0

Organ / stage

leaves in the phase of vegetative growthe2

Outcome

the shape and size of the leaf laminas, hypostomatic type of the leaf, isolateral structure of the parenchymae1

Setting

controlled conditionse0

Verbatim

e0

“leaf structure in psammophyte Corynephorus canescens, which grew under controlled conditions and flooding”

e1

“Among the common features were the shape and size of the leaf laminas, hypostomatic type of the leaf, isolateral structure of the parenchyma, the thick-walled epidermis, and the bilayered hypodermis”

e2

“C. canescens leaves in the phase of vegetative growth”

Claim · model-written summary

Leaves of Corynephorus canescens have a thick-walled epidermis and a bilayered hypodermis.

Taxon

Corynephorus canescensCorynephorus canescense0

Organ / stage

leaves in the phase of vegetative growthe2

Outcome

the thick-walled epidermis, and the bilayered hypodermise1

Verbatim

e0

“leaf structure in psammophyte Corynephorus canescens, which grew under controlled conditions and flooding”

e1

“Among the common features were the shape and size of the leaf laminas, hypostomatic type of the leaf, isolateral structure of the parenchyma, the thick-walled epidermis, and the bilayered hypodermis”

e2

“C. canescens leaves in the phase of vegetative growth”

Claim · model-written summary

Flooded Corynephorus canescens leaves showed signs of destruction of cells in the photosynthetic parenchyma.

Taxon

Corynephorus canescensCorynephorus canescense0

Organ / stage

photosynthetic parenchymae3

Treatment

flooding conditionse3

Outcome

signs of the destruction of cells in the photosynthetic parenchymae3

Verbatim

e0

“leaf structure in psammophyte Corynephorus canescens, which grew under controlled conditions and flooding”

e3

“Among the distinctive features were the signs of the destruction of cells in the photosynthetic parenchyma, change in their shape with the formation of protuberances at the cells’ poles, and almost doubling area of the aerenchyma in C. canescens leaves under flooding conditions”

Claim · model-written summary

Photosynthetic parenchyma cells of Corynephorus canescens changed shape and formed protuberances at the cell poles under flooding.

Taxon

Corynephorus canescensCorynephorus canescense0

Organ / stage

photosynthetic parenchymae3

Treatment

flooding conditionse3

Outcome

change in their shape with the formation of protuberances at the cells’ polese3

Verbatim

e0

“leaf structure in psammophyte Corynephorus canescens, which grew under controlled conditions and flooding”

e3

“Among the distinctive features were the signs of the destruction of cells in the photosynthetic parenchyma, change in their shape with the formation of protuberances at the cells’ poles, and almost doubling area of the aerenchyma in C. canescens leaves under flooding conditions”

Claim · model-written summary

Flooding almost doubled the area of the aerenchyma in Corynephorus canescens leaves.

Taxon

Corynephorus canescensCorynephorus canescense0

Organ / stage

leavese3

Treatment

flooding conditionse3

Outcome

area of the aerenchymae3

Direction

almost doublinge3

Not reportedComparator

Verbatim

e0

“leaf structure in psammophyte Corynephorus canescens, which grew under controlled conditions and flooding”

e3

“Among the distinctive features were the signs of the destruction of cells in the photosynthetic parenchyma, change in their shape with the formation of protuberances at the cells’ poles, and almost doubling area of the aerenchyma in C. canescens leaves under flooding conditions”

Claim · model-written summary

Ultrastructure and trichome density on the adaxial leaf surface of Corynephorus canescens were similar in flooded and control plants.

Taxon

Corynephorus canescensCorynephorus canescense0

Outcome

ultrastructure and density of trichomes on the adaxial surfacee4

Verbatim

e0

“leaf structure in psammophyte Corynephorus canescens, which grew under controlled conditions and flooding”

e4

“Scanning electron microscopy showed the similarity of ultrastructure and density of trichomes on the adaxial surface, excepting the formation of cuticular wax structures on the epidermal surface of the leaves in flooded plants”

Claim · model-written summary

Flooded Corynephorus canescens plants formed cuticular wax structures on the epidermal surface of the leaves.

Taxon

Corynephorus canescensCorynephorus canescense0

Treatment

flooded plantse4

Outcome

the formation of cuticular wax structures on the epidermal surface of the leavese4

Not reportedComparatorDirection

Verbatim

e0

“leaf structure in psammophyte Corynephorus canescens, which grew under controlled conditions and flooding”

e4

“Scanning electron microscopy showed the similarity of ultrastructure and density of trichomes on the adaxial surface, excepting the formation of cuticular wax structures on the epidermal surface of the leaves in flooded plants”

Claim · model-written summary

Amorphous and small crystalline silicon inclusions were present in the periclinal walls of the main epidermal cells of Corynephorus canescens leaves.

Taxon

Corynephorus canescensCorynephorus canescense0

Organ / stage

periclinal walls of the main epidermal cellse5

Outcome

amorphous and small crystalline silicon inclusionse5

Verbatim

e0

“leaf structure in psammophyte Corynephorus canescens, which grew under controlled conditions and flooding”

e5

“The presence of amorphous and small crystalline silicon inclusions in the periclinal walls of the main epidermal cells and amorphous silicon inclusions in leaf trichomes was established”

Claim · model-written summary

Amorphous silicon inclusions were present in the leaf trichomes of Corynephorus canescens.

Taxon

Corynephorus canescensCorynephorus canescense0

Organ / stage

leaf trichomese5

Outcome

amorphous silicon inclusionse5

Verbatim

e0

“leaf structure in psammophyte Corynephorus canescens, which grew under controlled conditions and flooding”

e5

“The presence of amorphous and small crystalline silicon inclusions in the periclinal walls of the main epidermal cells and amorphous silicon inclusions in leaf trichomes was established”

Claim · model-written summary

Relative silicon content along the trichomes of Corynephorus canescens leaves increased after flooding.

Taxon

Corynephorus canescensCorynephorus canescense0

Organ / stage

trichomese6

Treatment

after floodinge6

Outcome

relative silicon content along the trichomese6

Direction

An increasee6

Not reportedComparator

Verbatim

e0

“leaf structure in psammophyte Corynephorus canescens, which grew under controlled conditions and flooding”

e6

“An increase in the relative silicon content along the trichomes in the leaves’ epidermis after flooding was revealed”