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Collaborative Training Partnership for Fruit Crop Research (CTP FCR) funded by BBSRC and Industry

Collaborative Training Partnership for Fruit Crop Research (CTP FCR) funded by BBSRC and Industry

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    • Pest & disease ecology
      • SWD push & pull
      • Tri-trophic interactions
      • Biocontrol of cherry brown rot diseases
      • Managing apple replant disease
      • Epidemiology of Cladosporium in raspberry
      • New approaches to control strawberry aphids
    • Genetics
      • Apple root architecture
      • Increased photosynthetic efficiency in strawberry
      • Develop pathogen diagnostic tools
      • Resistance to Phytophthora cactorum
      • Resistance in apple against woolly aphids
      • Making genotyping cheaper and easier
      • Powdery mildew resistance in strawberry fruit
    • Crop physiology
      • Optimising the light recipe
      • Winter dormancy break in apple
      • Towards year-round production of UK strawberries
      • Carbon sequestration of apple rootstocks
    • AI & robotics
      • Algorithm for fruit picking
      • AI recognition of pests and diseases
      • Using AI and robotics to assist decision support
      • Strawberry detection, imaging and deep learning
      • Human-robot interaction
  • PhD opportunities
    • Raspberry flowering traits
    • Strawberry flower initiation?
    • Light intensity and rootzone water stress
  • News

New studentships available

Six PhD studentships are available to start from October 2018. Application deadline: 26 March 2018

Author Xiangming XuPosted on February 15, 2018February 15, 2018

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Previous Previous post: New studentships available
Next Next post: PhD Opportunities – 2020
  • Home
  • About us
    • CTP – Fruit Crop Research
    • Equality, Diversity and Inclusion
    • Data Protection
  • Funding organisations
  • Research providers
  • Current projects
    • Pest & disease ecology
      • SWD push & pull
      • Tri-trophic interactions
      • Biocontrol of cherry brown rot diseases
      • Managing apple replant disease
      • Epidemiology of Cladosporium in raspberry
      • New approaches to control strawberry aphids
    • Genetics
      • Apple root architecture
      • Increased photosynthetic efficiency in strawberry
      • Develop pathogen diagnostic tools
      • Resistance to Phytophthora cactorum
      • Resistance in apple against woolly aphids
      • Making genotyping cheaper and easier
      • Powdery mildew resistance in strawberry fruit
    • Crop physiology
      • Optimising the light recipe
      • Winter dormancy break in apple
      • Towards year-round production of UK strawberries
      • Carbon sequestration of apple rootstocks
    • AI & robotics
      • Algorithm for fruit picking
      • AI recognition of pests and diseases
      • Using AI and robotics to assist decision support
      • Strawberry detection, imaging and deep learning
      • Human-robot interaction
  • PhD opportunities
    • Raspberry flowering traits
    • Strawberry flower initiation?
    • Light intensity and rootzone water stress
  • News
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