Claim · model-written summary
Leaf magnesium decreased as shade increased.
AsystasiaNot reportedMaterialGeneCompoundInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingValueQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“Mg decreased in leaf and remained unchange in stem”
e1“with increasing shade, while Mg decreased in leaf”
t0“Asystasia”
Title
Quality of Asystasia leaves and stems 60 days after seeding at different shade levels.
Suparjo Noordin Mokhtar; R. A. Halim; S. Jalaludin; et al. 1990
Other claims from this paper (12)
- Intervention effect Greater shade reduced Asystasia dry matter yield; yields across the light treatments were 63, 55, 41 and 27 g m-2.
- Intervention effect Leaf in-vitro digestible dry matter generally rose with greater shade, with reported concentrations of 692, 668, 720 and 740 g kg-1 DM.
- Intervention effect Leaf crude protein content generally rose with greater shade, with values of 251, 257,305 and 327 g kg-1 DM.
- Intervention effect Stem in-vitro digestible dry matter generally fell with greater shade, with reported values of 766, 737, 693 and 694 g kg-1 DM.
- Intervention effect Stem acid-detergent fiber generally rose with greater shade, with values of 283, 293, 345 and 371 g kg-1 DM.
- Intervention effect Leaf ADF was unaffected by increasing shade.
- Intervention effect Stem CO concentration was unaffected by increasing shade.
- Association Leaf hemicellulose and IVDDM increased together.
- Intervention effect Leaf NDF increased with increasing shade.
- Intervention effect Leaf phosphorus, calcium and potassium increased with shade.
- Intervention effect Stem phosphorus, calcium and potassium increased with shade.
- Intervention effect Stem magnesium remained unchanged as shade increased.