Khaya ivorensis 303 claims

Claim · model-written summary

Substrate combinations containing cattle manure significantly outperformed manure-free substrates in growth and nutrient accumulation.

Taxon

Khaya ivorensisKhaya ivorensise1

Treatment

Substrate combinations containing cattle manuree2

Outcome

growth parameter and nutrient accumulation valuese3

Direction

outperformede2

Comparator

manure-free substratese2

Setting

greenhouse nursery conditionse0

Verbatim

e0

“This study evaluated the effects of sustainable substrate compositions and biological fertilizers on seedling growth and nutrient accumulation under greenhouse nursery conditions”

e1

“such as African mahogany ( Khaya ivorensis ), which is widely cultivated due to its rapid growth”

e2

“Substrate combinations containing cattle manure significantly outperformed manure-free substrates”

e3

“with Soil + Sand + Manure (1:1:1) and Soil + Manure (1:1) consistently producing the highest growth parameter and nutrient accumulation values”

Claim · model-written summary

Soil + Sand + Manure (1:1:1) and Soil + Manure (1:1) substrates gave the highest growth and nutrient accumulation values.

Taxon

Khaya ivorensisKhaya ivorensise1

Treatment

Soil + Sand + Manure (1:1:1) and Soil + Manure (1:1)e3

Outcome

growth parameter and nutrient accumulation valuese3

Direction

higheste3

Not reportedComparator

Verbatim

e1

“such as African mahogany ( Khaya ivorensis ), which is widely cultivated due to its rapid growth”

e3

“with Soil + Sand + Manure (1:1:1) and Soil + Manure (1:1) consistently producing the highest growth parameter and nutrient accumulation values”

Claim · model-written summary

Biological fertilizer further enhanced nutrient accumulation of the seedlings.

Taxon

Khaya ivorensisKhaya ivorensise1

Treatment

biological fertilizere4

Outcome

nutrient accumulatione4

Direction

enhancede4

Not reportedComparator

Verbatim

e1

“such as African mahogany ( Khaya ivorensis ), which is widely cultivated due to its rapid growth”

e4

“The application of biological fertilizer further enhanced nutrient accumulation, although its effects were independent of substrate composition”

Claim · model-written summary

Effects of biological fertilizer were independent of substrate composition.

Taxon

Khaya ivorensisKhaya ivorensise1

Treatment

biological fertilizere4

Outcome

effectse4

Qualifier

independent of substrate compositione4

Not reportedDirection

Verbatim

e1

“such as African mahogany ( Khaya ivorensis ), which is widely cultivated due to its rapid growth”

e4

“The application of biological fertilizer further enhanced nutrient accumulation, although its effects were independent of substrate composition”

Claim · model-written summary

Substrates enriched with cattle manure, with or without biological fertilizer, are an effective and sustainable strategy for nursery production of K. ivorensis (author interpretation).

Taxon

K. ivorensisKhaya ivorensise5

Treatment

substrates enriched with cattle manuree5

Outcome

growth and nutritional statuse5

Verbatim

e5

“Overall, the results demonstrate that substrates enriched with cattle manure, with or without biological fertilizer, represent an effective and sustainable strategy for improving the growth and nutritional status of K. ivorensis seedlings in nursery production systems”

Claim · model-written summary

A liquid-to-solid transition yielded pure colonies from symptomatic mahogany leaves.

Taxon

African mahoganyKhaya ivorensist0

Organ / stage

symptomatic leaf fragmentse0

Interactor

algal myceliume0pathogen

Outcome

pure colonies of isolate H-27-03e0

Value

120 rpme0

Verbatim

t0

“African mahogany”

e0

“Isolation was successfully achieved through a phased liquid-to-solid transition: symptomatic leaf fragments were initially cultivated in liquid Trebouxia medium under constant agitation (120 rpm) for 3 days, followed by the subculturing of algal mycelium onto Trebouxia agarized medium to obtain pure colonies of isolate H-27-03.”

Claim · model-written summary

Direct isolation on the tested solid substrates failed.

Taxon

African mahoganyKhaya ivorensist0

Outcome

Direct isolation on solid media failede0

Comparator

all tested substrates (PDA, PSA, BBM, and HLE)e0

Verbatim

t0

“African mahogany”

e0

“Direct isolation on solid media failed across all tested substrates (PDA, PSA, BBM, and HLE), confirming the requirement for a liquid phase to facilitate sporangia release.”

Claim · model-written summary

Surface disinfestation enhanced algal development relative to untreated fragments.

Taxon

African mahoganyKhaya ivorensist0

Treatment

Surface disinfestation of host tissuee0

Outcome

algal developmente0

Direction

enhancinge0

Value

Note 2e0

Qualifier

Note 1e0

Comparator

non-disinfested fragmentse0

Verbatim

t0

“African mahogany”

e0

“Surface disinfestation of host tissue proved critical, significantly enhancing algal development (yielding a growth score of Note 2) compared to non-disinfested fragments (Note 1).”

Claim · model-written summary

Sequence analysis identified the alga as Cephaleuros virescens at greater than 98% identity.

Taxon

African mahoganyKhaya ivorensist0

Interactor

Cephaleuros virescensCephaleuros virescense0pathogen

Gene

18S rRNA genee0

Outcome

confirmed the species as Cephaleuros virescense0

Value

>98% identitye0

Verbatim

t0

“African mahogany”

e0

“Phylogenetic analysis of the 18S rRNA gene sequence (GenBank MH042530) confirmed the species as Cephaleuros virescens with >98% identity.”

Claim · model-written summary

The authors report C. virescens causing leaf spot on K. ivorensis in the Brazilian Cerrado for the first time.

Taxon

African mahoganyKhaya ivorensist0

Interactor

C. virescensCephaleuros virescense0pathogen

Outcome

C. virescens causing algal leaf spot on K. ivorensise0

Setting

Brazilian Cerradoe0

Verbatim

t0

“African mahogany”

e0

“This study represents the first report of C. virescens causing algal leaf spot on K. ivorensis in the Brazilian Cerrado.”