By organism › Green plants › Dipterocarpaceae › Anisoptera thurifera

Observationobservedoriginal resultpositivemeasured

Claim · model-written summary

Palosapis cuttings achieved 95% rooting.

Taxon: Anisoptera thuriferaAnisoptera thuriferae0
Outcome: rootinge1
Value: 95%e0

Verbatim

e0
“'palosapis' (Anisoptera thurifera) 95%”
✓ located verbatim in the source · abstract, characters 577–615

e1
“rooting performance”
✓ located verbatim in the source · abstract, characters 479–498

Title

Clonal propagation of selected high-premium tree species

Los Baños 2007

Other claims from this paper (17)

Observation Guijo cuttings achieved 98% rooting.
Observation Gisok-gisok cuttings achieved 95% rooting.
Observation White lauan cuttings achieved 87% rooting.
Observation Dagang cuttings achieved 95% rooting.
Observation Yakal saplungan cuttings achieved 71% rooting.
Observation Bagtikan cuttings achieved 63% rooting.
Intervention effect Root promoting substances significantly affected molave rooting under non-mist conditions.
Observation Molave rooting ranged from 37.78% to 91.11% across treatments.
Intervention effect Misting increased molave cutting rooting percentage.
Intervention effect Root promoting substances had no significant rooting effect on molave cuttings in interaction with misting type.
Intervention effect Superthrive increased Philippine teak rooting relative to untreated cuttings.
Intervention effect 300 ppm IAA increased Philippine teak rooting relative to untreated cuttings.
Intervention effect 300 ppm IBA increased Philippine teak rooting relative to untreated cuttings.
Intervention effect Root promoting substances did not significantly affect Philippine teak rooting overall.
Recommendation The authors recommend 300 ppm IAA for sufficiently high rooting.
Recommendation The authors recommend 300 ppm IBA for sufficiently high rooting.
Recommendation The authors recommend Superthrive for sufficiently high rooting.

Observationobservedoriginal resultmeasured

Claim · model-written summary

A. thurifera formed dominant stands on the Morobe Coast.

Taxon: anisoptera thuriferaAnisoptera thuriferat0
Outcome: These stands were common in forestsnalong the Morobe Coast.e0

Verbatim

e0
“These stands were common in forestsnalong the Morobe Coast.”
✓ located verbatim in the source · abstract, characters 642–701

t0
“anisoptera thurifera”
✓ located verbatim in the source · title, characters 27–47

Title

The monodominant stands of anisoptera thurifera ssp polyandra and their management in Papua New Guinea

E. Nir Queensland's institutional digital repository (The University of Queensland) 2004

Other claims from this paper (19)

Observation Logging removed 25 to 40 percent of stand basal area.
Association Removal of over 70 percent basal area minimized replenishment capacity.
Intervention effect Low intensity logging retained original forest species composition.
Intervention effect Logging increased A. thurifera populations at some sites.
Intervention effect Logging increased residual tree growth at some sites.
Observation Most A. thurifera trees flowered in the late dry to early wet season.
Observation A. thurifera flowered and fruited more regularly than many other dipterocarps.
Observation Mast fruiting occurred every three to five years with sporadic annual reproduction otherwise.
Observation Community flowering and fruiting lasted at most nine months.
Association Seed production depended on parent tree size and flowering intensity, with the most productive size class above 50 and below 90 cm dbh.
Observation Most seeds dispersed within ten metres of the parent crown.
Association Seed viability rose with maturity and was highest immediately after seed fall.
Intervention effect Seeds stored 21 days lost viability, whereas those stored 14 days retained 68 percent viability.
Observation Predation began early in seed development and continued through fruiting, affecting 50 to 65 percent before dispersal and 85 percent overall.
Association Seedling density averaged 0.42 seedlings per square metre and depended on fruiting intensity and stand density.
Observation At Oomsis, 64 percent of original seedlings persisted for three years and 79 percent of new recruits survived seven months.
Observation Seedling height growth averaged 7 cm per year and was greatest for younger seedlings and higher light.
Intervention effect Seedlings grew fastest under 30 percent relative light intensity.
Intervention effect High thinning produced the highest A. thurifera growth rates, while recruitment and mortality showed no significant treatment effect.

Observationobservedoriginal resultmeasured

Claim · model-written summary

Logging removed 25 to 40 percent of stand basal area.

Taxon: anisoptera thuriferaAnisoptera thuriferat0
Outcome: Logging commonly removes 25 - 40 percentnof the stand basal areae0
Value: 25 - 40 percente0

Verbatim

e0
“Logging commonly removes 25 - 40 percentnof the stand basal area”
✓ located verbatim in the source · abstract, characters 957–1021

t0
“anisoptera thurifera”
✓ located verbatim in the source · title, characters 27–47

Title

The monodominant stands of anisoptera thurifera ssp polyandra and their management in Papua New Guinea

E. Nir Queensland's institutional digital repository (The University of Queensland) 2004

Other claims from this paper (19)

Observation A. thurifera formed dominant stands on the Morobe Coast.
Association Removal of over 70 percent basal area minimized replenishment capacity.
Intervention effect Low intensity logging retained original forest species composition.
Intervention effect Logging increased A. thurifera populations at some sites.
Intervention effect Logging increased residual tree growth at some sites.
Observation Most A. thurifera trees flowered in the late dry to early wet season.
Observation A. thurifera flowered and fruited more regularly than many other dipterocarps.
Observation Mast fruiting occurred every three to five years with sporadic annual reproduction otherwise.
Observation Community flowering and fruiting lasted at most nine months.
Association Seed production depended on parent tree size and flowering intensity, with the most productive size class above 50 and below 90 cm dbh.
Observation Most seeds dispersed within ten metres of the parent crown.
Association Seed viability rose with maturity and was highest immediately after seed fall.
Intervention effect Seeds stored 21 days lost viability, whereas those stored 14 days retained 68 percent viability.
Observation Predation began early in seed development and continued through fruiting, affecting 50 to 65 percent before dispersal and 85 percent overall.
Association Seedling density averaged 0.42 seedlings per square metre and depended on fruiting intensity and stand density.
Observation At Oomsis, 64 percent of original seedlings persisted for three years and 79 percent of new recruits survived seven months.
Observation Seedling height growth averaged 7 cm per year and was greatest for younger seedlings and higher light.
Intervention effect Seedlings grew fastest under 30 percent relative light intensity.
Intervention effect High thinning produced the highest A. thurifera growth rates, while recruitment and mortality showed no significant treatment effect.

Associationobservedoriginal resultmeasured

Claim · model-written summary

Removal of over 70 percent basal area minimized replenishment capacity.

Taxon: anisoptera thuriferaAnisoptera thuriferat0
Outcome: where more than 70 percent of thenbasal area is removed, few residuals are retained and the capacity to replenishnlarge disturbed areas is minimized.e0
Direction: minimizede0
Qualifier: where more than 70 percent of thenbasal area is removed, few residuals are retained and the capacity to replenishnlarge disturbed areas is minimized.e0
Setting: where more than 70 percent of thenbasal area is removed, few residuals are retained and the capacity to replenishnlarge disturbed areas is minimized.e0

Verbatim

e0
“where more than 70 percent of thenbasal area is removed, few residuals are retained and the capacity to replenishnlarge disturbed areas is minimized.”
✓ located verbatim in the source · abstract, characters 1209–1358

t0
“anisoptera thurifera”
✓ located verbatim in the source · title, characters 27–47

Title

The monodominant stands of anisoptera thurifera ssp polyandra and their management in Papua New Guinea

E. Nir Queensland's institutional digital repository (The University of Queensland) 2004

Other claims from this paper (19)

Observation A. thurifera formed dominant stands on the Morobe Coast.
Observation Logging removed 25 to 40 percent of stand basal area.
Intervention effect Low intensity logging retained original forest species composition.
Intervention effect Logging increased A. thurifera populations at some sites.
Intervention effect Logging increased residual tree growth at some sites.
Observation Most A. thurifera trees flowered in the late dry to early wet season.
Observation A. thurifera flowered and fruited more regularly than many other dipterocarps.
Observation Mast fruiting occurred every three to five years with sporadic annual reproduction otherwise.
Observation Community flowering and fruiting lasted at most nine months.
Association Seed production depended on parent tree size and flowering intensity, with the most productive size class above 50 and below 90 cm dbh.
Observation Most seeds dispersed within ten metres of the parent crown.
Association Seed viability rose with maturity and was highest immediately after seed fall.
Intervention effect Seeds stored 21 days lost viability, whereas those stored 14 days retained 68 percent viability.
Observation Predation began early in seed development and continued through fruiting, affecting 50 to 65 percent before dispersal and 85 percent overall.
Association Seedling density averaged 0.42 seedlings per square metre and depended on fruiting intensity and stand density.
Observation At Oomsis, 64 percent of original seedlings persisted for three years and 79 percent of new recruits survived seven months.
Observation Seedling height growth averaged 7 cm per year and was greatest for younger seedlings and higher light.
Intervention effect Seedlings grew fastest under 30 percent relative light intensity.
Intervention effect High thinning produced the highest A. thurifera growth rates, while recruitment and mortality showed no significant treatment effect.

Intervention effectobservedoriginal resultmeasured

Claim · model-written summary

Low intensity logging retained original forest species composition.

Taxon: anisoptera thuriferaAnisoptera thuriferat0
Treatment: low intensity logginge0
Outcome: with low intensity logging, speciesncomposition of the original forest is retained.e0

Not reportedComparatorDirection

Verbatim

e0
“with low intensity logging, speciesncomposition of the original forest is retained.”
✓ located verbatim in the source · abstract, characters 1368–1451

t0
“anisoptera thurifera”
✓ located verbatim in the source · title, characters 27–47

Title

The monodominant stands of anisoptera thurifera ssp polyandra and their management in Papua New Guinea

E. Nir Queensland's institutional digital repository (The University of Queensland) 2004

Other claims from this paper (19)

Intervention effectobservedoriginal resultmeasured

Claim · model-written summary

Logging increased residual tree growth at some sites.

Taxon: anisoptera thuriferaAnisoptera thuriferat0
Outcome: as well as in increasedngrowth of the residual trees.e0
Direction: increasede0

Not reportedTreatmentComparator

Verbatim

e0
“as well as in increasedngrowth of the residual trees.”
✓ located verbatim in the source · abstract, characters 1546–1599

t0
“anisoptera thurifera”
✓ located verbatim in the source · title, characters 27–47

Title

The monodominant stands of anisoptera thurifera ssp polyandra and their management in Papua New Guinea

E. Nir Queensland's institutional digital repository (The University of Queensland) 2004

Other claims from this paper (19)

Observationobservedoriginal resultmeasured

Claim · model-written summary

Most A. thurifera trees flowered in the late dry to early wet season.

Taxon: anisoptera thuriferaAnisoptera thuriferat0
Outcome: most tend to flower at the late dry period and thenearly wet season, which is between August and November.e0

Verbatim

e0
“most tend to flower at the late dry period and thenearly wet season, which is between August and November.”
✓ located verbatim in the source · abstract, characters 1868–1974

t0
“anisoptera thurifera”
✓ located verbatim in the source · title, characters 27–47

Title

The monodominant stands of anisoptera thurifera ssp polyandra and their management in Papua New Guinea

E. Nir Queensland's institutional digital repository (The University of Queensland) 2004

Other claims from this paper (19)

Observation A. thurifera formed dominant stands on the Morobe Coast.
Observation Logging removed 25 to 40 percent of stand basal area.
Association Removal of over 70 percent basal area minimized replenishment capacity.
Intervention effect Low intensity logging retained original forest species composition.
Intervention effect Logging increased A. thurifera populations at some sites.
Intervention effect Logging increased residual tree growth at some sites.
Observation A. thurifera flowered and fruited more regularly than many other dipterocarps.
Observation Mast fruiting occurred every three to five years with sporadic annual reproduction otherwise.
Observation Community flowering and fruiting lasted at most nine months.
Association Seed production depended on parent tree size and flowering intensity, with the most productive size class above 50 and below 90 cm dbh.
Observation Most seeds dispersed within ten metres of the parent crown.
Association Seed viability rose with maturity and was highest immediately after seed fall.
Intervention effect Seeds stored 21 days lost viability, whereas those stored 14 days retained 68 percent viability.
Observation Predation began early in seed development and continued through fruiting, affecting 50 to 65 percent before dispersal and 85 percent overall.
Association Seedling density averaged 0.42 seedlings per square metre and depended on fruiting intensity and stand density.
Observation At Oomsis, 64 percent of original seedlings persisted for three years and 79 percent of new recruits survived seven months.
Observation Seedling height growth averaged 7 cm per year and was greatest for younger seedlings and higher light.
Intervention effect Seedlings grew fastest under 30 percent relative light intensity.
Intervention effect High thinning produced the highest A. thurifera growth rates, while recruitment and mortality showed no significant treatment effect.

Observationobservedoriginal resultmeasured

Claim · model-written summary

Mast fruiting occurred every three to five years with sporadic annual reproduction otherwise.

Taxon: anisoptera thuriferaAnisoptera thuriferat0
Outcome: Mast fruiting occurs every three to five years but otherwise there isnsporadic annual flowering and fruiting.e0
Value: three to five yearse0

Verbatim

e0
“Mast fruiting occurs every three to five years but otherwise there isnsporadic annual flowering and fruiting.”
✓ located verbatim in the source · abstract, characters 2088–2197

t0
“anisoptera thurifera”
✓ located verbatim in the source · title, characters 27–47

Title

The monodominant stands of anisoptera thurifera ssp polyandra and their management in Papua New Guinea

E. Nir Queensland's institutional digital repository (The University of Queensland) 2004

Other claims from this paper (19)

Observation A. thurifera formed dominant stands on the Morobe Coast.
Observation Logging removed 25 to 40 percent of stand basal area.
Association Removal of over 70 percent basal area minimized replenishment capacity.
Intervention effect Low intensity logging retained original forest species composition.
Intervention effect Logging increased A. thurifera populations at some sites.
Intervention effect Logging increased residual tree growth at some sites.
Observation Most A. thurifera trees flowered in the late dry to early wet season.
Observation A. thurifera flowered and fruited more regularly than many other dipterocarps.
Observation Community flowering and fruiting lasted at most nine months.
Association Seed production depended on parent tree size and flowering intensity, with the most productive size class above 50 and below 90 cm dbh.
Observation Most seeds dispersed within ten metres of the parent crown.
Association Seed viability rose with maturity and was highest immediately after seed fall.
Intervention effect Seeds stored 21 days lost viability, whereas those stored 14 days retained 68 percent viability.
Observation Predation began early in seed development and continued through fruiting, affecting 50 to 65 percent before dispersal and 85 percent overall.
Association Seedling density averaged 0.42 seedlings per square metre and depended on fruiting intensity and stand density.
Observation At Oomsis, 64 percent of original seedlings persisted for three years and 79 percent of new recruits survived seven months.
Observation Seedling height growth averaged 7 cm per year and was greatest for younger seedlings and higher light.
Intervention effect Seedlings grew fastest under 30 percent relative light intensity.
Intervention effect High thinning produced the highest A. thurifera growth rates, while recruitment and mortality showed no significant treatment effect.

Observationobservedoriginal resultmeasured

Claim · model-written summary

Community flowering and fruiting lasted at most nine months.

Taxon: anisoptera thuriferaAnisoptera thuriferat0
Outcome: The community flowering andnsubsequent fruiting lasts a maximum of nine monthse0
Value: nine monthse0

Verbatim

e0
“The community flowering andnsubsequent fruiting lasts a maximum of nine months”
✓ located verbatim in the source · abstract, characters 2198–2276

t0
“anisoptera thurifera”
✓ located verbatim in the source · title, characters 27–47

Title

The monodominant stands of anisoptera thurifera ssp polyandra and their management in Papua New Guinea

E. Nir Queensland's institutional digital repository (The University of Queensland) 2004

Other claims from this paper (19)

Observation A. thurifera formed dominant stands on the Morobe Coast.
Observation Logging removed 25 to 40 percent of stand basal area.
Association Removal of over 70 percent basal area minimized replenishment capacity.
Intervention effect Low intensity logging retained original forest species composition.
Intervention effect Logging increased A. thurifera populations at some sites.
Intervention effect Logging increased residual tree growth at some sites.
Observation Most A. thurifera trees flowered in the late dry to early wet season.
Observation A. thurifera flowered and fruited more regularly than many other dipterocarps.
Observation Mast fruiting occurred every three to five years with sporadic annual reproduction otherwise.
Association Seed production depended on parent tree size and flowering intensity, with the most productive size class above 50 and below 90 cm dbh.
Observation Most seeds dispersed within ten metres of the parent crown.
Association Seed viability rose with maturity and was highest immediately after seed fall.
Intervention effect Seeds stored 21 days lost viability, whereas those stored 14 days retained 68 percent viability.
Observation Predation began early in seed development and continued through fruiting, affecting 50 to 65 percent before dispersal and 85 percent overall.
Association Seedling density averaged 0.42 seedlings per square metre and depended on fruiting intensity and stand density.
Observation At Oomsis, 64 percent of original seedlings persisted for three years and 79 percent of new recruits survived seven months.
Observation Seedling height growth averaged 7 cm per year and was greatest for younger seedlings and higher light.
Intervention effect Seedlings grew fastest under 30 percent relative light intensity.
Intervention effect High thinning produced the highest A. thurifera growth rates, while recruitment and mortality showed no significant treatment effect.

Associationobservedoriginal resultmeasured

Claim · model-written summary

Seed production depended on parent tree size and flowering intensity, with the most productive size class above 50 and below 90 cm dbh.

Taxon: anisoptera thuriferaAnisoptera thuriferat0
Outcome: quantity and quality of seed production depended on parent tree size and thenflowering intensity. The most productive size class was stems larger than 50 butnl 90 cm dbh.e0
Qualifier: quantity and quality of seed production depended on parent tree size and thenflowering intensity. The most productive size class was stems larger than 50 butnl 90 cm dbh.e0
Setting: quantity and quality of seed production depended on parent tree size and thenflowering intensity. The most productive size class was stems larger than 50 butnl 90 cm dbh.e0

Not reportedDirection

Verbatim

e0
“quantity and quality of seed production depended on parent tree size and thenflowering intensity. The most productive size class was stems larger than 50 butnl 90 cm dbh.”
✓ located verbatim in the source · abstract, characters 2497–2667

t0
“anisoptera thurifera”
✓ located verbatim in the source · title, characters 27–47

Title

The monodominant stands of anisoptera thurifera ssp polyandra and their management in Papua New Guinea

E. Nir Queensland's institutional digital repository (The University of Queensland) 2004

Other claims from this paper (19)

Observation A. thurifera formed dominant stands on the Morobe Coast.
Observation Logging removed 25 to 40 percent of stand basal area.
Association Removal of over 70 percent basal area minimized replenishment capacity.
Intervention effect Low intensity logging retained original forest species composition.
Intervention effect Logging increased A. thurifera populations at some sites.
Intervention effect Logging increased residual tree growth at some sites.
Observation Most A. thurifera trees flowered in the late dry to early wet season.
Observation A. thurifera flowered and fruited more regularly than many other dipterocarps.
Observation Mast fruiting occurred every three to five years with sporadic annual reproduction otherwise.
Observation Community flowering and fruiting lasted at most nine months.
Observation Most seeds dispersed within ten metres of the parent crown.
Association Seed viability rose with maturity and was highest immediately after seed fall.
Intervention effect Seeds stored 21 days lost viability, whereas those stored 14 days retained 68 percent viability.
Observation Predation began early in seed development and continued through fruiting, affecting 50 to 65 percent before dispersal and 85 percent overall.
Association Seedling density averaged 0.42 seedlings per square metre and depended on fruiting intensity and stand density.
Observation At Oomsis, 64 percent of original seedlings persisted for three years and 79 percent of new recruits survived seven months.
Observation Seedling height growth averaged 7 cm per year and was greatest for younger seedlings and higher light.
Intervention effect Seedlings grew fastest under 30 percent relative light intensity.
Intervention effect High thinning produced the highest A. thurifera growth rates, while recruitment and mortality showed no significant treatment effect.

Anisoptera thurifera 20 claims

20 claims