Faculty

Institution

Unit

Venue

J. Waines

Professor

University of California, Riverside

Affiliations

College of Natural & Agricultural Sciences (CNAS)

Botany and Plant Sciences

J. Waines is currently serving as a Botany And Plant Sciences Professor at University of California, Riverside.

Honors

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Experiences

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Education

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J. Waines

University of California, Riverside

Professor

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plant science genetics botany plant genetics agricultural economics crop science agronomy agricultural sciences sustainable agriculture plant breeding genomics plant physiology biology crop improvement agribusiness agricultural biotechnology horticulture research crop physiology plant biology ecology pest science crop ecology population genetics crop yields bread wheat agricultural policy plant biotechnology applied genetics heredity food systems precision agriculture crop production theoretical biology experimental botany soil biology livestock science cytogenetics genetic diversity soil genome biology vegetation science plant ecology stem reserves avian biology chromosome biology plant taxonomy cropping systems genotypic variation carbon isotope discrimination water-use efficiency common bean grain yield production research crop cultivation plant genomics plant diversity nematology regenerative agriculture tepary beans root traits short arm wild wheats root-knot nematodes domestication root systems crop rotation genetic analysis plant metabolism agricultural systems plant reproduction plant-abiotic interaction spring bread wheat root biomass aegilops species common beans sustainable crop production genetic variation

Notable Scholarly Works

Notable Federal Grants

Collaborators

On the Possible Trade-Off Between Shoot and Root Biomass in Wheat. Plants (2023)

Harun BektasChristopher E. HohnAdam J. LukaszewskiJohn Giles Waines

vegetation sciencecrop ecologyroot biomassagricultural economicssustainable agricultureplant-abiotic interactionplant ecologypossible trade-offplant biologyecologyplant scienceagronomy

Dissection of Quantitative Trait Loci for Root Characters and Day Length Sensitivity in Synopdh Wheat ( Triticum Aestivum L.) Bi-Parental Mapping Population. Plant Genetic Resources (2020)

Harun BektasChristopher Earl HohnJohn Giles Waines

plant geneticsdevelopmental biologyquantitative trait locipopulation geneticsgeneticssynopdh wheatbi-parental mapping populationgenomicsplant physiologyevolutionary geneticsgenetic diversityroot charactersbotanyplant diversityquantitative geneticsplant sciencestatistical geneticsgenetic analysisevolutionary biologyhorticulture research

Effect of Grain Size on the Root System Architecture of Bread Wheat (Triticum Aestivum L.). Türkiye Tarımsal Araştırmalar Dergisi (2020)

Harun BEKTAŞJohn WAINES

agricultural economicsagribusinessagricultural biotechnologygeneticsagricultural sciencessustainable agriculturebread wheatbiologycropping systemsbotanygrain sizepest scienceplant sciencecrop yieldsagronomycrop improvementfood systemscrop scienceroot system architectureprecision agriculture

Root and Shoot Traits in Parental, Early and Late Generation Green Revolution Wheats (Triticum Spp.) Under Glasshouse Conditions. Genetic Resources and Crop Evolution (2018)

Harun BektasJ. Giles Waines

crop improvementhorticulture researchplant physiologycrop ecologyevolutionary ecologysustainable agricultureplant geneticsbotanyplant breedingplant ecologyglasshouse conditionsevolutionary biologyecologyplant scienceagronomygeneticssoil biology

Characteristics of the Root System in the Diploid Genome Donors of Hexaploid Wheat (Triticum Aestivum L.). Genetic Resources and Crop Evolution (2016)

Harun BektasChristopher E. HohnJ. Giles Waines

plant geneticshexaploid wheatgenomicsroot systemsevolutionary biologydiploid genome donorsplant sciencegenetics

Erratum to: Qtls for Root Traits at Mid-Tillering and for Root and Shoot Traits at Maturity in a Ril Population of Spring Bread Wheat Grown Under Well-Watered Conditions. Euphytica (2016)

B. EhdaieS. A. MohammadiM. NouraeinH. BektasJ. G. Waines

crop ecologyembryologyagricultural economicsplant breedinggeneticscrop cultivationsustainable agricultureentomologybotanyplant scienceagronomyprecision agricultureril populationcrop improvementroot traitsspring bread wheatcrop scienceapplied entomologyecologywell-watered conditionshorticulture research

Mapping of Qtl Associated With Fusarium Root Rot Resistance and Root Architecture Traits in Black Beans. Euphytica (2016)

Timothy NakeddeFrancisco J. Ibarra-PerezClare MukankusiJ. Giles WainesJames D. Kelly

horticulture researchcrop ecologyblack beanscrop sciencebotanybiologycrop physiologyquantitative geneticspest scienceecologyplant sciencegenetics

Root and Shoot Traits of Bread Wheat (Triticum Aestivum L.) Landraces and Cultivars. Euphytica (2016)

Harun BektasChristopher E. HohnJ. Giles Waines

crop improvementhorticulture researchagricultural economicsbread wheatcrop sciencebotanyplant breedingshoot traitspest scienceplant sciencecrop yieldsgeneticscrop cultivation

Pavon 76 Bread Wheat–Rye Translocations Improve Field Root Biomass Production Under Diverse Nitrogen Management Systems. Agronomy Journal (2015)

Ruth J. KaggwaJ. Giles WainesGuangyao Wang

agricultural policycrop ecologyagricultural economicsagribusinessenvironmental scienceagricultural biotechnologyplant biotechnologygeneticsagricultural sciencesbread wheat-rye translocationssustainable agriculturebotanyplant scienceagronomycrop improvementregenerative agriculturecrop scienceforestrysoil biology

Phenotyping and Genetic Analysis of Root and Shoot Traits of Recombinant Inbred Lines of Bread Wheat Under Well-Watered Conditions. Journal of Crop Improvement (2014)

Bahman EhdaieDinusha C. MaheepalaHarun BektaşJ. Giles Waines

embryologyagricultural economicsplant geneticsagribusinessplant breedingagricultural biotechnologygeneticscrop cultivationsustainable agriculturebread wheatgenomicsplant scienceagronomycrop improvementcrop scienceprecision agriculturejournalismwell-watered conditionshorticulture research

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J. Waines

Professor

University of California, Riverside

Affiliations

College of Natural & Agricultural Sciences (CNAS)

Botany and Plant Sciences

J. Waines is currently serving as a Botany And Plant Sciences Professor at University of California, Riverside.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

J. Waines

University of California, Riverside

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

On the Possible Trade-Off Between Shoot and Root Biomass in Wheat. Plants (2023)

Harun BektasChristopher E. HohnAdam J. LukaszewskiJohn Giles Waines

vegetation sciencecrop ecologyroot biomassagricultural economicssustainable agricultureplant-abiotic interactionplant ecologypossible trade-offplant biologyecologyplant scienceagronomy

Dissection of Quantitative Trait Loci for Root Characters and Day Length Sensitivity in Synopdh Wheat ( Triticum Aestivum L.) Bi-Parental Mapping Population. Plant Genetic Resources (2020)

Harun BektasChristopher Earl HohnJohn Giles Waines

Effect of Grain Size on the Root System Architecture of Bread Wheat (Triticum Aestivum L.). Türkiye Tarımsal Araştırmalar Dergisi (2020)

Harun BEKTAŞJohn WAINES

Root and Shoot Traits in Parental, Early and Late Generation Green Revolution Wheats (Triticum Spp.) Under Glasshouse Conditions. Genetic Resources and Crop Evolution (2018)

Harun BektasJ. Giles Waines

Characteristics of the Root System in the Diploid Genome Donors of Hexaploid Wheat (Triticum Aestivum L.). Genetic Resources and Crop Evolution (2016)

Harun BektasChristopher E. HohnJ. Giles Waines

plant geneticshexaploid wheatgenomicsroot systemsevolutionary biologydiploid genome donorsplant sciencegenetics

Erratum to: Qtls for Root Traits at Mid-Tillering and for Root and Shoot Traits at Maturity in a Ril Population of Spring Bread Wheat Grown Under Well-Watered Conditions. Euphytica (2016)

B. EhdaieS. A. MohammadiM. NouraeinH. BektasJ. G. Waines

Mapping of Qtl Associated With Fusarium Root Rot Resistance and Root Architecture Traits in Black Beans. Euphytica (2016)

Timothy NakeddeFrancisco J. Ibarra-PerezClare MukankusiJ. Giles WainesJames D. Kelly

horticulture researchcrop ecologyblack beanscrop sciencebotanybiologycrop physiologyquantitative geneticspest scienceecologyplant sciencegenetics

Root and Shoot Traits of Bread Wheat (Triticum Aestivum L.) Landraces and Cultivars. Euphytica (2016)

Harun BektasChristopher E. HohnJ. Giles Waines

crop improvementhorticulture researchagricultural economicsbread wheatcrop sciencebotanyplant breedingshoot traitspest scienceplant sciencecrop yieldsgeneticscrop cultivation

Pavon 76 Bread Wheat–Rye Translocations Improve Field Root Biomass Production Under Diverse Nitrogen Management Systems. Agronomy Journal (2015)

Ruth J. KaggwaJ. Giles WainesGuangyao Wang

Phenotyping and Genetic Analysis of Root and Shoot Traits of Recombinant Inbred Lines of Bread Wheat Under Well-Watered Conditions. Journal of Crop Improvement (2014)

Bahman EhdaieDinusha C. MaheepalaHarun BektaşJ. Giles Waines

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Similar Faculty Members

Fredrick Bliss

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molecular breeding

genomics

Calvin O. Qualset

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quantitative inheritance

plant breeding

R. Ford Denison

Institution

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biotic stress

root-soil interaction

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evolutionary biology

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genetics

plant science

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Karen Cichy

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sustainable agriculture

David J. Mackill

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food system

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