PlantClaims
Claim-centered infrastructure for plant science literature. Structured claims from over a million papers across eight research areas, each source-grounded in verbatim quotes and organized into 11 browsable views.
Spanning the 1660s to today, from molecular genetics to ecology, breeding and woody plants.
- Claims
- 11,758,718
- Papers
- 3,546,206
- Verbatim quotes
- 22,044,990
- Organisms
- 74,781
AssociationPlant drought tolerance was related to cellular drought tolerance in wheat.
TaxonwheatOutcomedrought-tolerance of plantsDirectionrelated
The callus induction and plant regeneration of wheat mature embryos under osmotic stress · 2003ObservationThe wheat cultivar CD 109 has drought tolerance.TaxonWheatOutcomedrought tolerance
CD 110 - Wheat cultivar · 2004Intervention effectUnder drought stress, TaPHL7 overexpression significantly improved drought tolerance in transgenic wheat.TaxonwheatTreatmentTaPHL7 overexpressionOutcomedrought tolerance
TaPHL7–TaSOD7-4A regulatory pair enhances drought tolerance in wheat (Triticum aestivum L.) · 2026The wheat cultivar CD 109 has drought tolerance.Under drought stress, TaPHL7 overexpression significantly improved drought tolerance in transgenic wheat.Plant drought tolerance was related to cellular drought tolerance in wheat.Cooler canopies might have contributed to wheat drought tolerance.Gray correlation degrees helped identify wheat drought toleranceThese genotypes and attributes could be exploited in wheat breeding programmes for drought tolerance.Wheat displayed little drought tolerance.Silencing TaPP2A-2 improved drought tolerance in wheat.TaTAP46 positively regulates drought tolerance in wheat.TaNRX1 positively regulates drought stress tolerance in wheat.Transgenic wheat enabled pyramiding of drought genes to increase tolerance.Targeted application of drought-tolerant microorganisms is a promising strategy for enhancing wheat drought tolerance.Infinity was susceptible to fusarium head blight.Fungicides Carbendazim and Lidelong are reported to have good effects in controlling Fusarium head blight on wheat.Cultivar by location interaction was significant for Fusarium head blight incidence.TaSSI2 negatively regulated Fusarium head blight resistance.UAV hyperspectral images can monitor Fusarium head blight in winter wheat.The authors suggest a new way to evaluate wheat Fusarium head blight resistance.
Application technique reduced Fusarium head blight and indirectly reduced yield loss.Hyperspectral imaging has identified Fusarium head blight in wheat.The authors infer that quantitative resistance is a durable way to control Fusarium head blight.G11 showed low nitrogen use efficiency.Excess nitrogen application decreases rice nitrogen use efficiency.Rice nitrogen use efficiency decreased as nitrogen level increased.Nitrogen absorption efficiency was identified as the main factor affecting rice nitrogen use efficiency.The study obtained nitrogen use efficiency data for aerobic rice.The review recommends combining genetic, agronomic and technological strategies to improve rice nitrogen use efficiency.Lowland rice genotypes vary significantly in nitrogen use efficiency.Organic fertilizers increased nitrogen use efficiency in rice.Rice grain yield relied on grain and physiological nitrogen use efficiency.The authors attribute lower nitrogen use efficiency to nitrogen loss from rice tissue.The minus method gave higher nitrogen use efficiency in rice than the isotope tracer technique.The authors recommend the line pattern to enhance rice yield and nitrogen use efficiency.Goodeve was susceptible to fusarium head blight.TaJRL53 overexpression raised Fusarium head blight resistance in susceptible wheat.Final field incidence of fusarium head blight depended on exserted anthers.
From a paper to a claim
The paper
Title and abstract, from OpenAlex.
SCREENING AND BREEDING FOR GENETIC RESISTANCE TO ANTHRACNOSE IN MANGOActa Horticulturae · 2013
The sentence
The words the claim rests on, found verbatim in the abstract.
“A range of reactions to the pathogen were identified”
The most studied organisms
Sheet No. 1Triticum aestivumwheatPapers36,495
Sheet No. 2Zea maysmaizePapers32,602
Sheet No. 3Oryza sativaricePapers32,041
Sheet No. 4Glycine maxsoybeanPapers18,099
Sheet No. 5Solanum lycopersicumtomatoPapers14,302
Sheet No. 6Solanum tuberosumpotatoPapers9,422Research areas
Molecular genetics & genomics1,514,735Development, reproduction & morphology1,096,213Physiology, metabolism & abiotic stress4,567,272Plant interactions & biotic stress2,634,899Breeding, agronomy & horticulture5,163,403Ecology, evolution & diversity1,336,267Woody plants2,325,814Methods & resources684,532
PlantClaims
Claim-centered infrastructure for plant science literature. Structured claims from over a million papers across eight research areas, each source-grounded in verbatim quotes and organized into 11 browsable views.
Spanning the 1660s to today, from molecular genetics to ecology, breeding and woody plants.
- Claims
- 11,758,718
- Papers
- 3,546,206
- Verbatim quotes
- 22,044,990
- Organisms
- 74,781
AssociationPlant drought tolerance was related to cellular drought tolerance in wheat.
TaxonwheatOutcomedrought-tolerance of plantsDirectionrelated
The callus induction and plant regeneration of wheat mature embryos under osmotic stress · 2003ObservationThe wheat cultivar CD 109 has drought tolerance.TaxonWheatOutcomedrought tolerance
CD 110 - Wheat cultivar · 2004Intervention effectUnder drought stress, TaPHL7 overexpression significantly improved drought tolerance in transgenic wheat.TaxonwheatTreatmentTaPHL7 overexpressionOutcomedrought tolerance
TaPHL7–TaSOD7-4A regulatory pair enhances drought tolerance in wheat (Triticum aestivum L.) · 2026The wheat cultivar CD 109 has drought tolerance.Under drought stress, TaPHL7 overexpression significantly improved drought tolerance in transgenic wheat.Plant drought tolerance was related to cellular drought tolerance in wheat.Cooler canopies might have contributed to wheat drought tolerance.Gray correlation degrees helped identify wheat drought toleranceThese genotypes and attributes could be exploited in wheat breeding programmes for drought tolerance.Wheat displayed little drought tolerance.Silencing TaPP2A-2 improved drought tolerance in wheat.TaTAP46 positively regulates drought tolerance in wheat.TaNRX1 positively regulates drought stress tolerance in wheat.Transgenic wheat enabled pyramiding of drought genes to increase tolerance.Targeted application of drought-tolerant microorganisms is a promising strategy for enhancing wheat drought tolerance.Infinity was susceptible to fusarium head blight.Fungicides Carbendazim and Lidelong are reported to have good effects in controlling Fusarium head blight on wheat.Cultivar by location interaction was significant for Fusarium head blight incidence.TaSSI2 negatively regulated Fusarium head blight resistance.UAV hyperspectral images can monitor Fusarium head blight in winter wheat.The authors suggest a new way to evaluate wheat Fusarium head blight resistance.
Application technique reduced Fusarium head blight and indirectly reduced yield loss.Hyperspectral imaging has identified Fusarium head blight in wheat.The authors infer that quantitative resistance is a durable way to control Fusarium head blight.G11 showed low nitrogen use efficiency.Excess nitrogen application decreases rice nitrogen use efficiency.Rice nitrogen use efficiency decreased as nitrogen level increased.Nitrogen absorption efficiency was identified as the main factor affecting rice nitrogen use efficiency.The study obtained nitrogen use efficiency data for aerobic rice.The review recommends combining genetic, agronomic and technological strategies to improve rice nitrogen use efficiency.Lowland rice genotypes vary significantly in nitrogen use efficiency.Organic fertilizers increased nitrogen use efficiency in rice.Rice grain yield relied on grain and physiological nitrogen use efficiency.The authors attribute lower nitrogen use efficiency to nitrogen loss from rice tissue.The minus method gave higher nitrogen use efficiency in rice than the isotope tracer technique.The authors recommend the line pattern to enhance rice yield and nitrogen use efficiency.Goodeve was susceptible to fusarium head blight.TaJRL53 overexpression raised Fusarium head blight resistance in susceptible wheat.Final field incidence of fusarium head blight depended on exserted anthers.
From a paper to a claim
The paper
Title and abstract, from OpenAlex.
SCREENING AND BREEDING FOR GENETIC RESISTANCE TO ANTHRACNOSE IN MANGOActa Horticulturae · 2013
The sentence
The words the claim rests on, found verbatim in the abstract.
“A range of reactions to the pathogen were identified”
The most studied organisms
Sheet No. 1Triticum aestivumwheatPapers36,495Sheet No. 2Zea maysmaizePapers32,602Sheet No. 3Oryza sativaricePapers32,041Sheet No. 4Glycine maxsoybeanPapers18,099Sheet No. 5Solanum lycopersicumtomatoPapers14,302Sheet No. 6Solanum tuberosumpotatoPapers9,422Research areas
Molecular genetics & genomics1,514,735Development, reproduction & morphology1,096,213Physiology, metabolism & abiotic stress4,567,272Plant interactions & biotic stress2,634,899Breeding, agronomy & horticulture5,163,403Ecology, evolution & diversity1,336,267Woody plants2,325,814Methods & resources684,532