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101 - 120 of 2,670 search results for "Tasmanian Institute of Agriculture"
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  2. 2023
    This unit contains a series of case studies, selected from different areas of agriculture,for example, horticulture, animal production, post-harvest processing, vegetablecropping, dairy, water policy. Within each case study, the student will considercomplex problems from an industry perspective, taking on the role of a consultant toprovide practical recommendations for addressing the presented...
  3. Thumbnail for Cassidy Dahlenburg, 2023 Agricultural Science graduate

    Cassidy Dahlenburg, 2023 Agricultural Science graduate

    https://www.utas.edu.au/about/news-and-stories/articles/2023/cassidy-dahlenburg,-2023-agricultural-science-graduate
    18 Dec 2023: I could be working with berries, tomatoes, citrus or mushrooms,” Cassidy said. “It’s a great opportunity to travel and experience what agriculture is like around Australia. ”Cassidy didn’t grow . . . up on a farm, but it’s fair to say that
  4. Thumbnail for Catherine Ford | Agricultural Science Alumni Ambassador 1994

    Catherine Ford | Agricultural Science Alumni Ambassador 1994

    https://www.utas.edu.au/about/news-and-stories/articles/2023/catherine-ford-agriculture-science-alumni-ambassador-1994
    28 Nov 2023: main challenge for agriculture worldwide is the rapidly changing environment and the sector’s ability to adapt. “Tasmanian agriculture is uniquely positioned for ready adapt, as agricultural activities here are typically . . . The challenge is working
  5. Thumbnail for Celebrating 60 years of agricultural science

    Celebrating 60 years of agricultural science

    https://www.utas.edu.au/about/news-and-stories/articles/2023/celebrating-60-years-of-agricultural-science
    13 Dec 2023: skills. Oliver Roberts graduated with a Bachelor of Agriculture in 2015 and is the CEO of Pasture. io, an agtech startup company which he founded to empower farmers through automating critical . . . Connect with the Tasmanian Institute of Agriculture. Written
  6. Celebrating 60 years of agricultural science | Tasmanian Institute of

    https://www.utas.edu.au/tia/about/60-years-of-teaching-agricultural-science
    6 Dec 2023: TIAR was later amalgamated with the disciplines of Agricultural Science, to form the Tasmanian Institute of Agriculture (TIA) as it is known today. . . . Caroline is Centre Leader for the Agricultural Systems Centre at the Tasmanian Institute of
  7. Thumbnail for Cider Start Up

    Cider Start Up

    https://www.utas.edu.au/study/short-courses/cider-start-up
    16 Oct 2023: Dr Fiona Kerslake. Dr Fiona Kerslake is a cool climate viticulture, oenology and cider researcher at the Tasmanian Institute of Agriculture (TIA), at the University of Tasmania. . . . Fiona has been an associate cider judge for the Australian Cider Awards
  8. CODES Annual Report 2022

    https://www.utas.edu.au/__data/assets/pdf_file/0004/1676533/Final-correct-version-COD9255-CODES-Annual-Report_2022_WEB_V3.pdf
    26 Sep 2023: This project will see ten new PhD studies initiated on Tasmania’s geology and ore deposits, returning CODES to its roots with a new generation of Tasmanian-focussed research. . . . Mr Adi Maryono J Resources Hon. Dr Gerrit Olivier Institute of Mine
  9. Codling moth damage | Tasmanian Institute of Agriculture

    https://www.utas.edu.au/tia/research/research-projects/project/horticulture/sterile-codling-moths-for-apple-pest-management/faqs/codling-moth-damage
    2 Aug 2023: Codling moth larvae cause two types of damage. The first larvae to reach fruit often feed on the surface of the fruit before finding a site into which to tunnel. . . . The second type of damage is when the larvae tunnel and excavate as they feed their way
  10. Thumbnail for Commercialising the Bilby™ – a below ground wireless sensor node | Tasmanian Institute of Agriculture

    Commercialising the Bilby™ – a below ground wireless sensor node |…

    https://www.utas.edu.au/tia/research/research-projects/project/agricultural-systems/commercialising-the-bilby-a-below-ground-wireless-sensor-node
    22 Sep 2023: It will revolutionise soil moisture sensing in agriculture. This project will attract and work with an industry partner(s) to bring the Bilby to market. . . . Commercialisation and adoption of the Bilby will revolutionise soil moisture sensing in
  11. Thumbnail for Community and campus precinct continues to flourish on the Coast

    Community and campus precinct continues to flourish on the Coast

    https://www.utas.edu.au/about/news-and-stories/articles/2023/community-and-campus-precinct-continues-to-flourish-on-the-coast
    19 Dec 2023: Visitors to the seaside City of Burnie now have more opportunities to take in the coastal setting thanks to outdoor transformation projects being led by the University of Tasmania. Work has . . . hosting the Tasmanian Institute of Agriculture (TIA) and Tech
  12. Thumbnail for Controlling Barley Yellow Dwarf Virus | Tasmanian Institute of Agriculture

    Controlling Barley Yellow Dwarf Virus | Tasmanian Institute of

    https://www.utas.edu.au/tia/research/research-projects/project/agricultural-systems/controlling-barley-yellow-dwarf-virus
    1 Aug 2023: For two consecutive years (2011 and 2012) BYDV became one of the major wheat production issues in the HRZ of southern Australia (Tasmania, Victoria and Western Australia). . . . The objectives of this project are:. to establish one or two sites where
  13. Crop Physiology [KLA214]

    2023 Hobart Student elective
    This course covers the basic mechanisms of crop function, from the molecular to the whole plant level. The broad range of fundamental processes such as photosynthesis, respiration, plant water relations, stomata physiology, mineral nutrition, plant hormone functions, plant movements, seed germination and dormancy, photomorphogenesis, photoperiodism, circadian rhythms, and environmental stress...
  14. Crop Physiology [KLA214]

    2024 Hobart, Launceston Student elective
    This course covers the basic mechanisms of crop function, from the molecular to the whole plant level. The broad range of fundamental processes such as photosynthesis, respiration, plant water relations, stomata physiology, mineral nutrition, plant hormone functions, plant movements, seed germination and dormancy, photomorphogenesis, photoperiodism, circadian rhythms, and environmental stress...
  15. Crop Physiology [KLA433]

    2023
    This course provides Master of Applied Science students with advance knowledge of mechanisms of plant function, from the molecular to the whole plant level. The broad range of fundamental processes such as photosynthesis, respiration, plant water relations, stomata physiology, mineral nutrition, plant hormone functions, plant movements, seed germination and dormancy, photomorphogenesis,...
  16. Crop Physiology [KLA618]

    2024 Hobart
    This course provides students with advance knowledge of mechanisms of plant function, from the molecular to the whole plant level. The broad range of fundamental processes such as photosynthesis, respiration, plant water relations, stomata physiology, mineral nutrition, plant hormone functions, plant movements, seed germination and dormancy, photomorphogenesis, photoperiodism, circadian rhythms,...
  17. Crop Physiology [KLA618]

    2023 Hobart
    This course provides students with advance knowledge of mechanisms of plant function, from the molecular to the whole plant level. The broad range of fundamental processes such as photosynthesis, respiration, plant water relations, stomata physiology, mineral nutrition, plant hormone functions, plant movements, seed germination and dormancy, photomorphogenesis, photoperiodism, circadian rhythms,...
  18. Crop Production [KLA157]

    2024 Hobart, Launceston Student elective
    The unit provides students with an overview of intensive and extensive crop production and management. Study includes agro-ecological aspects of fruit, vegetable and grain crop production in Australia and the growth and development of the major crop species. Principles underlying canopy and nutrient management, flowering and fruit development, yield formation and crop regulation are examined. ...
  19. Crop Production [KLA157]

    2023 Hobart, Launceston Student elective
    The unit provides students with an overview of intensive and extensive crop production and management. Study includes agro-ecological aspects of fruit, vegetable and grain crop production in Australia and the growth and development of the major crop species. Principles underlying canopy and nutrient management, flowering and fruit development, yield formation and crop regulation are examined. ...
  20. Crop Production [KLA434]

    2023
    The unit provides students with an overview of intensive and extensive crop production and management. Study includes agro-ecological aspects of fruit, vegetable and grain crop production in Australia and the growth and development of the major crop species. Principles underlying canopy and nutrient management, flowering and fruit development, yield formation and crop regulation are examined....
  21. Thumbnail for Crop protectants for blueberry rust | Tasmanian Institute of Agriculture

    Crop protectants for blueberry rust | Tasmanian Institute of

    https://www.utas.edu.au/tia/research/research-projects/project/horticulture/crop-protectants-for-blueberry-rust
    1 Aug 2023: Tasmanian Blueberry Rust Reference Group. The Tasmanian Institute of Agriculture funded via the Tasmanian Government's Agricultural Innovation Fund will evaluate a range of crop protectants for blueberry rust disease (caused . . . Prevention key to new

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