View: List Claim type Research area Organism Taxon as written Decade Paper paper W4410355247 ✕
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not stated 16 Association observed original result measured Claim · model-written summary
At 1329 m versus 774 m, grapevine NPQ decrease d by 99%.
altitude of 1329 meters e1 altitude of 774 meters e1 Verbatim
t0 “FUNGUS-RESISTANT GRAPES ”
✓ located verbatim in the source · title, characters 17–40 e1 “Compared to cultivation at an altitude of 774 meters, the altitude of 1329 meters provided a total average decrease of 4.28ºC in temperatures, 99% in NPQ, 30% in AF, 4.65% in bunch weight, and 15% in ATT ”
✓ located verbatim in the source · abstract, characters 1706–1909 Other claims from this paper (17) Association At 1329 m versus 774 m, grapevine temperatures decreased by 4.28ºC. Association At 1329 m versus 774 m, grapevine AF decreased by 30%. Association At 1329 m versus 774 m, grapevine bunch weight decreased by 4.65%. Association At 1329 m versus 774 m, grapevine ATT decreased by 15%. Association At 1329 m versus 774 m, grapevine radiation increased by 144.70 W.m-2. Association At 1329 m versus 774 m, grapevine wind speed increased by 13.5Km.h-1. Association At 1329 m versus 774 m, grapevine A increased by 17%. Association At 1329 m versus 774 m, grapevine gs increased by 81%. Association At 1329 m versus 774 m, grapevine E increased by 9%. Association At 1329 m versus 774 m, grapevine Ci increased by 8%. Association At 1329 m versus 774 m, grapevine Fv/Fm increased by 8%. Association At 1329 m versus 774 m, grapevine ΔF/Fm' increased by 14%. Association At 1329 m versus 774 m, grapevine ETR increased by 45%. Association At 1329 m versus 774 m, grapevine number of bunches increased by 19%. Association At 1329 m versus 774 m, grapevine SS increased by 9%. Association Higher altitude provides more favorable climatic conditions for the grape varieties studied. Association The grape varieties show adaptation to growing conditions that are strongly regulated by altitude and climate variation. Association observed original result measured Claim · model-written summary
At 1329 m versus 774 m, grapevine AF decrease d by 30%.
altitude of 1329 meters e1 altitude of 774 meters e1 Verbatim
t0 “FUNGUS-RESISTANT GRAPES ”
✓ located verbatim in the source · title, characters 17–40 e1 “Compared to cultivation at an altitude of 774 meters, the altitude of 1329 meters provided a total average decrease of 4.28ºC in temperatures, 99% in NPQ, 30% in AF, 4.65% in bunch weight, and 15% in ATT ”
✓ located verbatim in the source · abstract, characters 1706–1909 Other claims from this paper (17) Association At 1329 m versus 774 m, grapevine temperatures decreased by 4.28ºC. Association At 1329 m versus 774 m, grapevine NPQ decreased by 99%. Association At 1329 m versus 774 m, grapevine bunch weight decreased by 4.65%. Association At 1329 m versus 774 m, grapevine ATT decreased by 15%. Association At 1329 m versus 774 m, grapevine radiation increased by 144.70 W.m-2. Association At 1329 m versus 774 m, grapevine wind speed increased by 13.5Km.h-1. Association At 1329 m versus 774 m, grapevine A increased by 17%. Association At 1329 m versus 774 m, grapevine gs increased by 81%. Association At 1329 m versus 774 m, grapevine E increased by 9%. Association At 1329 m versus 774 m, grapevine Ci increased by 8%. Association At 1329 m versus 774 m, grapevine Fv/Fm increased by 8%. Association At 1329 m versus 774 m, grapevine ΔF/Fm' increased by 14%. Association At 1329 m versus 774 m, grapevine ETR increased by 45%. Association At 1329 m versus 774 m, grapevine number of bunches increased by 19%. Association At 1329 m versus 774 m, grapevine SS increased by 9%. Association Higher altitude provides more favorable climatic conditions for the grape varieties studied. Association The grape varieties show adaptation to growing conditions that are strongly regulated by altitude and climate variation. Association observed original result measured Claim · model-written summary
At 1329 m versus 774 m, grapevine ATT decrease d by 15%.
altitude of 1329 meters e1 altitude of 774 meters e1 Verbatim
t0 “FUNGUS-RESISTANT GRAPES ”
✓ located verbatim in the source · title, characters 17–40 e1 “Compared to cultivation at an altitude of 774 meters, the altitude of 1329 meters provided a total average decrease of 4.28ºC in temperatures, 99% in NPQ, 30% in AF, 4.65% in bunch weight, and 15% in ATT ”
✓ located verbatim in the source · abstract, characters 1706–1909 Other claims from this paper (17) Association At 1329 m versus 774 m, grapevine temperatures decreased by 4.28ºC. Association At 1329 m versus 774 m, grapevine NPQ decreased by 99%. Association At 1329 m versus 774 m, grapevine AF decreased by 30%. Association At 1329 m versus 774 m, grapevine bunch weight decreased by 4.65%. Association At 1329 m versus 774 m, grapevine radiation increased by 144.70 W.m-2. Association At 1329 m versus 774 m, grapevine wind speed increased by 13.5Km.h-1. Association At 1329 m versus 774 m, grapevine A increased by 17%. Association At 1329 m versus 774 m, grapevine gs increased by 81%. Association At 1329 m versus 774 m, grapevine E increased by 9%. Association At 1329 m versus 774 m, grapevine Ci increased by 8%. Association At 1329 m versus 774 m, grapevine Fv/Fm increased by 8%. Association At 1329 m versus 774 m, grapevine ΔF/Fm' increased by 14%. Association At 1329 m versus 774 m, grapevine ETR increased by 45%. Association At 1329 m versus 774 m, grapevine number of bunches increased by 19%. Association At 1329 m versus 774 m, grapevine SS increased by 9%. Association Higher altitude provides more favorable climatic conditions for the grape varieties studied. Association The grape varieties show adaptation to growing conditions that are strongly regulated by altitude and climate variation. 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.