View: List Claim type Research area Organism Taxon as written Decade Paper Association observed original result measured Claim · model-written summary
Emergent species had higher nitrogen content and nonsignificantly higher nitrogen use efficiency than underlayer species.
nitrogen content e0 underlayer species e0 Verbatim
e0 “The emergent species (A. excelsa and Q. lineata )have higher nitrogen content than the underlayer species (G. rostrata and E. lineata ). ”
✓ located verbatim in the source · abstract, characters 1310–1444 e1 “Although not significant, emergen species have higher NUE than underlayer species ”
✓ located verbatim in the source · abstract, characters 1582–1663 Other claims from this paper (19) Observation The surveyed vegetation contained 61 trees from 24 species. Observation Altingia excelsa had the highest reported importance value.Observation Castanopsis javanica had an importance value of 39,698. Observation Platea latifolia had an importance value of 27,684.Observation Garcinia rostrata had an importance value of 21,151.Observation Schima walichii had an importance value of 16,049. Observation Eugenia lineata had a lower importance value of 13,967.Observation Melanochyla caesa had a lower importance value of 12,241. Observation Quercus lineata had a lower importance value of 10,766.Observation platea excelsa had a lower importance value of 10,766. Observation Other trees had importance values below 10. Observation Quercus lineata had the highest reported specific leaf area, 0,01153.Observation G. rostrata specific leaf area was 0,00821.Observation A. excelsa specific leaf area was 0,00579.Observation E. lineata specific leaf area was reported as 0,00984 g/cm2.Observation A. excelsa had the highest stomatal count, 85,10/mm2.Observation E. lineata had a stomatal count of 74,40/mm2.Observation Q. lineata had a stomatal count of 53,70/mm2.Observation G. rostrata had a stomatal count of 18,4 /mm2.Intervention effect observed original result no effect measured Claim · model-written summary
Additional nitrogen did not prevent the seasonal decline in apparent efficiency of incident-light use .
Additional nitrogen e0 apparent efficiency of utilization of incident light energy e0 did not prevent a seasonal decline e0 Not reported Comparator
Verbatim
e0 “Additional nitrogen , however, did not prevent a seasonal decline in the apparent efficiency of utilization of incident light energy. ”
✓ located verbatim in the source · abstract, characters 787–919 t0 “apple ”
✓ located after whitespace/quote normalisation · title, characters 23–28 Other claims from this paper (7) Observation observed original result measured Claim · model-written summary
Other trees had importance values below 10.
Verbatim
e0 “Other trees have important value less than 10 ”
✓ located verbatim in the source · abstract, characters 817–862 Other claims from this paper (19) Observation The surveyed vegetation contained 61 trees from 24 species. Observation Altingia excelsa had the highest reported importance value.Observation Castanopsis javanica had an importance value of 39,698. Observation Platea latifolia had an importance value of 27,684.Observation Garcinia rostrata had an importance value of 21,151.Observation Schima walichii had an importance value of 16,049. Observation Eugenia lineata had a lower importance value of 13,967.Observation Melanochyla caesa had a lower importance value of 12,241. Observation Quercus lineata had a lower importance value of 10,766.Observation platea excelsa had a lower importance value of 10,766. Observation Quercus lineata had the highest reported specific leaf area, 0,01153.Observation G. rostrata specific leaf area was 0,00821.Observation A. excelsa specific leaf area was 0,00579.Observation E. lineata specific leaf area was reported as 0,00984 g/cm2.Observation A. excelsa had the highest stomatal count, 85,10/mm2.Observation E. lineata had a stomatal count of 74,40/mm2.Observation Q. lineata had a stomatal count of 53,70/mm2.Observation G. rostrata had a stomatal count of 18,4 /mm2.Association Emergent species had higher nitrogen content and nonsignificantly higher nitrogen use efficiency than underlayer species. Observation observed original result measured Claim · model-written summary
G. rostrata specific leaf area was 0,00821.
specific leaf area e1 Verbatim
e0 “G. rostrata (0,00821)
✓ located verbatim in the source · abstract, characters 1078–1099 e1 “specific leaf area (SLA) ”
✓ located verbatim in the source · abstract, characters 1030–1054 Other claims from this paper (19) Observation The surveyed vegetation contained 61 trees from 24 species. Observation Altingia excelsa had the highest reported importance value.Observation Castanopsis javanica had an importance value of 39,698. Observation Platea latifolia had an importance value of 27,684.Observation Garcinia rostrata had an importance value of 21,151.Observation Schima walichii had an importance value of 16,049. Observation Eugenia lineata had a lower importance value of 13,967.Observation Melanochyla caesa had a lower importance value of 12,241. Observation Quercus lineata had a lower importance value of 10,766.Observation platea excelsa had a lower importance value of 10,766. Observation Other trees had importance values below 10. Observation Quercus lineata had the highest reported specific leaf area, 0,01153.Observation A. excelsa specific leaf area was 0,00579.Observation E. lineata specific leaf area was reported as 0,00984 g/cm2.Observation A. excelsa had the highest stomatal count, 85,10/mm2.Observation E. lineata had a stomatal count of 74,40/mm2.Observation Q. lineata had a stomatal count of 53,70/mm2.Observation G. rostrata had a stomatal count of 18,4 /mm2.Association Emergent species had higher nitrogen content and nonsignificantly higher nitrogen use efficiency than underlayer species. Observation observed original result measured Claim · model-written summary
A. excelsa specific leaf area was 0,00579.
specific leaf area e1 Verbatim
e0 “A. excelsa (0,00579)
✓ located verbatim in the source · abstract, characters 1101–1121 e1 “specific leaf area (SLA) ”
✓ located verbatim in the source · abstract, characters 1030–1054 Other claims from this paper (19) Observation The surveyed vegetation contained 61 trees from 24 species. Observation Altingia excelsa had the highest reported importance value.Observation Castanopsis javanica had an importance value of 39,698. Observation Platea latifolia had an importance value of 27,684.Observation Garcinia rostrata had an importance value of 21,151.Observation Schima walichii had an importance value of 16,049. Observation Eugenia lineata had a lower importance value of 13,967.Observation Melanochyla caesa had a lower importance value of 12,241. Observation Quercus lineata had a lower importance value of 10,766.Observation platea excelsa had a lower importance value of 10,766. Observation Other trees had importance values below 10. Observation Quercus lineata had the highest reported specific leaf area, 0,01153.Observation G. rostrata specific leaf area was 0,00821.Observation E. lineata specific leaf area was reported as 0,00984 g/cm2.Observation A. excelsa had the highest stomatal count, 85,10/mm2.Observation E. lineata had a stomatal count of 74,40/mm2.Observation Q. lineata had a stomatal count of 53,70/mm2.Observation G. rostrata had a stomatal count of 18,4 /mm2.Association Emergent species had higher nitrogen content and nonsignificantly higher nitrogen use efficiency than underlayer species. Observation observed original result measured Claim · model-written summary
Eugenia lineata had a lower importance value of 13,967.
Verbatim
e0 “Eugenia lineata (13,967)
✓ located verbatim in the source · abstract, characters 685–709 e1 “have lower important value ”
✓ located verbatim in the source · abstract, characters 789–815 Other claims from this paper (19) Observation The surveyed vegetation contained 61 trees from 24 species. Observation Altingia excelsa had the highest reported importance value.Observation Castanopsis javanica had an importance value of 39,698. Observation Platea latifolia had an importance value of 27,684.Observation Garcinia rostrata had an importance value of 21,151.Observation Schima walichii had an importance value of 16,049. Observation Melanochyla caesa had a lower importance value of 12,241. Observation Quercus lineata had a lower importance value of 10,766.Observation platea excelsa had a lower importance value of 10,766. Observation Other trees had importance values below 10. Observation Quercus lineata had the highest reported specific leaf area, 0,01153.Observation G. rostrata specific leaf area was 0,00821.Observation A. excelsa specific leaf area was 0,00579.Observation E. lineata specific leaf area was reported as 0,00984 g/cm2.Observation A. excelsa had the highest stomatal count, 85,10/mm2.Observation E. lineata had a stomatal count of 74,40/mm2.Observation Q. lineata had a stomatal count of 53,70/mm2.Observation G. rostrata had a stomatal count of 18,4 /mm2.Association Emergent species had higher nitrogen content and nonsignificantly higher nitrogen use efficiency than underlayer species. Observation observed original result measured Claim · model-written summary
Melanochyla caesa had a lower importance value of 12,241.
Verbatim
e0 “Melanochyla caesa (12,241) ”
✓ located verbatim in the source · abstract, characters 711–737 e1 “have lower important value ”
✓ located verbatim in the source · abstract, characters 789–815 Other claims from this paper (19) Observation The surveyed vegetation contained 61 trees from 24 species. Observation Altingia excelsa had the highest reported importance value.Observation Castanopsis javanica had an importance value of 39,698. Observation Platea latifolia had an importance value of 27,684.Observation Garcinia rostrata had an importance value of 21,151.Observation Schima walichii had an importance value of 16,049. Observation Eugenia lineata had a lower importance value of 13,967.Observation Quercus lineata had a lower importance value of 10,766.Observation platea excelsa had a lower importance value of 10,766. Observation Other trees had importance values below 10. Observation Quercus lineata had the highest reported specific leaf area, 0,01153.Observation G. rostrata specific leaf area was 0,00821.Observation A. excelsa specific leaf area was 0,00579.Observation E. lineata specific leaf area was reported as 0,00984 g/cm2.Observation A. excelsa had the highest stomatal count, 85,10/mm2.Observation E. lineata had a stomatal count of 74,40/mm2.Observation Q. lineata had a stomatal count of 53,70/mm2.Observation G. rostrata had a stomatal count of 18,4 /mm2.Association Emergent species had higher nitrogen content and nonsignificantly higher nitrogen use efficiency than underlayer species. Observation observed original result measured Claim · model-written summary
Quercus lineata had a lower importance value of 10,766.
Verbatim
e0 “Quercus lineata (10,766)
✓ located verbatim in the source · abstract, characters 739–763 e1 “have lower important value ”
✓ located verbatim in the source · abstract, characters 789–815 Other claims from this paper (19) Observation The surveyed vegetation contained 61 trees from 24 species. Observation Altingia excelsa had the highest reported importance value.Observation Castanopsis javanica had an importance value of 39,698. Observation Platea latifolia had an importance value of 27,684.Observation Garcinia rostrata had an importance value of 21,151.Observation Schima walichii had an importance value of 16,049. Observation Eugenia lineata had a lower importance value of 13,967.Observation Melanochyla caesa had a lower importance value of 12,241. Observation platea excelsa had a lower importance value of 10,766. Observation Other trees had importance values below 10. Observation Quercus lineata had the highest reported specific leaf area, 0,01153.Observation G. rostrata specific leaf area was 0,00821.Observation A. excelsa specific leaf area was 0,00579.Observation E. lineata specific leaf area was reported as 0,00984 g/cm2.Observation A. excelsa had the highest stomatal count, 85,10/mm2.Observation E. lineata had a stomatal count of 74,40/mm2.Observation Q. lineata had a stomatal count of 53,70/mm2.Observation G. rostrata had a stomatal count of 18,4 /mm2.Association Emergent species had higher nitrogen content and nonsignificantly higher nitrogen use efficiency than underlayer species. Observation observed original result measured Claim · model-written summary
platea excelsa had a lower importance value of 10,766.
Verbatim
e0 “platea excelsa (10,766) ”
✓ located verbatim in the source · abstract, characters 765–788 e1 “have lower important value ”
✓ located verbatim in the source · abstract, characters 789–815 Other claims from this paper (19) Observation The surveyed vegetation contained 61 trees from 24 species. Observation Altingia excelsa had the highest reported importance value.Observation Castanopsis javanica had an importance value of 39,698. Observation Platea latifolia had an importance value of 27,684.Observation Garcinia rostrata had an importance value of 21,151.Observation Schima walichii had an importance value of 16,049. Observation Eugenia lineata had a lower importance value of 13,967.Observation Melanochyla caesa had a lower importance value of 12,241. Observation Quercus lineata had a lower importance value of 10,766.Observation Other trees had importance values below 10. Observation Quercus lineata had the highest reported specific leaf area, 0,01153.Observation G. rostrata specific leaf area was 0,00821.Observation A. excelsa specific leaf area was 0,00579.Observation E. lineata specific leaf area was reported as 0,00984 g/cm2.Observation A. excelsa had the highest stomatal count, 85,10/mm2.Observation E. lineata had a stomatal count of 74,40/mm2.Observation Q. lineata had a stomatal count of 53,70/mm2.Observation G. rostrata had a stomatal count of 18,4 /mm2.Association Emergent species had higher nitrogen content and nonsignificantly higher nitrogen use efficiency than underlayer species. Observation observed original result measured Claim · model-written summary
E. lineata had a stomatal count of 74,40/mm2.
number of stomata e1 Verbatim
e0 “E. lineata (74,40/mm2)
✓ located verbatim in the source · abstract, characters 1233–1255 e1 “number of stomata ”
✓ located verbatim in the source · abstract, characters 1166–1183 Other claims from this paper (19) Observation The surveyed vegetation contained 61 trees from 24 species. Observation Altingia excelsa had the highest reported importance value.Observation Castanopsis javanica had an importance value of 39,698. Observation Platea latifolia had an importance value of 27,684.Observation Garcinia rostrata had an importance value of 21,151.Observation Schima walichii had an importance value of 16,049. Observation Eugenia lineata had a lower importance value of 13,967.Observation Melanochyla caesa had a lower importance value of 12,241. Observation Quercus lineata had a lower importance value of 10,766.Observation platea excelsa had a lower importance value of 10,766. Observation Other trees had importance values below 10. Observation Quercus lineata had the highest reported specific leaf area, 0,01153.Observation G. rostrata specific leaf area was 0,00821.Observation A. excelsa specific leaf area was 0,00579.Observation E. lineata specific leaf area was reported as 0,00984 g/cm2.Observation A. excelsa had the highest stomatal count, 85,10/mm2.Observation Q. lineata had a stomatal count of 53,70/mm2.Observation G. rostrata had a stomatal count of 18,4 /mm2.Association Emergent species had higher nitrogen content and nonsignificantly higher nitrogen use efficiency than underlayer species. Lexical search (BM25). All words must match; if nothing does, any word. Organism names also match every spelling of the same organism. No semantic search yet.
Liquidambar excelsae0
Malus domestica