Optimizing Indoor Agriculture -OptimIA

Optimizing Indoor Agriculture -OptimIA

研究服务

East Lansing,Michigan 666 位关注者

A USDA-supported research initiative to further profitability & sustainability of controlled environment agriculture

关于我们

OptimIA (Optimizing Indoor Agriculture) is a USDA-supported Specialty Crop Research Initiative project. Through critical research and extension activities, we aim to help integrate indoor farming into the specialty-crop segment of agriculture in the U.S.; to increase the sustainability and hence profitability of this rapidly emerging sector; and to locally produce leafy greens that have higher quality attributes

网站
https://scri-optimia.org/index.php
所属行业
研究服务
规模
2-10 人
总部
East Lansing,Michigan
类型
非营利机构
领域
indoor agriculture

地点

  • 主要

    1066 Bogue St

    US,Michigan,East Lansing,48824

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  • 2021 Coffey Road

    202D Kottman Hall

    US,Ohio,Columbus,43210

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  • 1177 E 4th St

    US,Arizona,Tucson,85719

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  • 625 Agriculture Mall Dr

    Horticulture Room 109A

    US,Indiana,West Lafayette,47907

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Optimizing Indoor Agriculture -OptimIA员工

动态

  • 查看Optimizing Indoor Agriculture -OptimIA的公司主页,图片

    666 位关注者

    As we approach the 60th OptimIA Indoor Ag Science Café episode, we invite you to take a moment to rewind and join OptimIA for a quick recap of our recent café episodes! "?????????????? ???????????????????? ?????????????? ???????????????????? ?????????????????????? ?????? ???????????? ???????????????? ???????? ?????????????? ????????????????????” In the January episode of OptimIA’s Indoor Ag Science Café series, Dr. John Ertle (PP Systems) discusses his recent research on a timely topic for many lettuce growers: why does tipburn emerge and how growers can manage tipburn in indoor vertical farm conditions through tipburn testing, cultivar selection, reducing DLI and the utilization of dim blue light. You can view Dr. Ertle’s presentation at https://lnkd.in/eq68n8VM. “?????????????????????? ?????????????? ???? ?????????? ?????????? ???? ???????????? ???????????????? ??????????” In the December episode of OptimIA’s Indoor Ag Science Café series, Dr. Roberto Lopez (Michigan State University) explains how temperature effects on plants can be utilized by growers in indoor vertical farms to manipulate plant growth and development. You can view Dr. Lopez’s presentation at https://lnkd.in/etVDqZBH. “?????? ???? ???????? ???????????????????????? ?????? ?????????? ???????????????? ?????? ?????? ???????????????????? ???? ?????????????????????????????? ?????? ?????????????????? ??????????????????” In the November episode of OptimIA’s Indoor Ag Science Café series, Dr. Shoko Hikosaka (Chiba University, Japan) delves into the impact, value, cultivation conditions and production of plant-made pharmaceuticals’ (PMPs). During her presentation, Dr. Hikosaka highlights research on the cultivation of genetically modified everbearing strawberries as a host plant for pharmaceuticals and the use of genome edited dwarf tomatoes for commercial food production. You can view Dr. Hikosaka’s presentation at https://lnkd.in/eYsUfich. Indoor Ag Science Café is an outreach program of the OptimIA project, funded by the USDA SCRI grant program. Interested parties can join the free café forums, live or recorded (https://lnkd.in/eEbymRZH). The café forum is designed to serve as a communication platform among scientists and indoor farming professionals. #optimia?#controlledenvironmentagriculture?#indooragriculture?#indoorag?#CEA?#verticalfarming?#indoorfarm

    • OptimIA presents: Indoor Ag Science Café. 
This image has photos of three recent speakers from the cafe series, their presentation title and their names. 
1. “Tipburn Management through Controlled Environment for Indoor Vertical Farm Lettuce Production” by Dr. John Ertle (PP Systems). January 2024.
2. “Temperature Effects on Crops Grown in Indoor Vertical Farms” by Dr. Roberto Lopez (Michigan State University). December 2023.
3. "How to Grow Strawberries and Dwarf Tomatoes for the Production of Pharmaceuticals and Bioactive Compounds” by Dr. Shoko Hikosaka (Chiba University, Japan). November 2023.

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