Management of Technology Innovation
Which companies and innovative technologies are best positioned to help boost the yields and sustainability of agriculture while lowering its environmental impact? How should organizations prepare to manage risk around disruptive ...
Management of Technology Innovation
Dwindling water, farmland and fossil-based fertilizers are making it increasingly difficult to feed people today, let alone all those expected in the future. Which companies and innovative technologies are best positioned to help boost the yields and sustainability of agriculture while lowering its environmental impact? How should organizations prepare to manage risk around disruptive agricultural industry change?
Dwindling water, farmland and fossil-based fertilizers are making it increasingly difficult to feed people today, let alone those expected in the future.
Select companies are poised to reinvigorate large scale agriculture with cleantech innovations that help expand yields, increase efficiencies, reduce waste and address concerns about toxicity, safety and the environment.
How do established organizations manage risk around the disruptive change of breakthrough new agricultural innovation? Which new agriculture companies stand the best chances of success? Why?
In its report on new agricultural cleantech, Kachan offers definitions and identifies drivers, and then critically examines companies with important emerging technologies in bio-based fertilizers, pesticides and fungicides, microirrigation, precision agriculture, acquaculture, vertical farming, waste management and more.
Kachan & Co. conducted more than 32 interviews with leading vendors, consulting scientists, associations, government bodies and others, and synthesized secondary research for this report over a four month period. One company's facilities were toured. Research uncovered many details about select companies' agricultural technologies, and their latest research and funding statuses, not available anywhere else.
57 promising agricultural cleantech companies profiled in this report include: 312 Aquaponics, Advanced BioNutrition, AeroFarms, AgLocal, Agradis, AgraQuest, Agrinos, Airstream Innovations, Alterrus Systems, AquaSeed, AquaSpy, ArborGen, ATD Manure Management Systems, Becker Underwood, BioDiscovery, Blue River Technology, Bright Farms, Chromatin, Cibus, Divergence, DripTech, Eden Research, EOSi, Exosect, Goemar, Grasslands, GreenScene Agritek, ImageTree, Jiangxi Tianren Ecology, Landec, Livestock Water Recycling, Lufa Farms, Marrone Bio Innovations, Martin Industries, Montana Microbial Products, Nobel Environmental Technologies, NovaGreen, NuAgri, Open Ocean Systems, OVRsol, Performance Plants, Plant Health Care, Portable Farms, Precision Planting, Purfresh, PureSense, ScoutPro, SemiosBIO, Solum, Targeted Growth, Trimble, Triton Logging, Trophomax, TruLeaf, TyraTech, Urban Barns and Vestaron.
Crop farming (natural fertilizers and amendments, biological control of weeds, pest and disease, precision irrigation and fertilization, land management, biotechnology, tools and equipment, waste innovations and transport decay prevention), controlled environment agriculture (hydroponics, aeroponics and vertical farming and improved greenhouses), sustainable forestry, animal farming waste innovations and aquaculture (health and yield, containment and waste innovations).
Your email is never sold or shared. Read our privacy policy."Increased [clean agricultural technology] investment is expected as our understanding of what truly constitutes sustainable agriculture evolves."
Shannon Payne has been studying renewable energy and alternative energy systems since 2007. She holds a BSc in mechanical engineering from the University of Calgary and will shortly complete her MEng in clean energy engineering at the University of British Columbia. Shannon gained exposure to non-traditional cleantech innovations through several years of participation in the ASME Earth Saver Challenge and participation in multinational cleantech entrepreneurship courses in China. Prior, she served on a simulation and modeling team at ABB Corporate Research in Switzerland.
Kachan & Co. reports incorporate state-of-the-art digital rights management (DRM). Downloads are watermarked with the purchaser's name, organization and transaction ID. Licenses and usage are electronically tracked. Only subscriptions specifically purchased under the terms of a site license may be distributed within an organization. Reproduction or distribution is prohibited. Under no circumstances may this report be shared outside an organization.
This report is based on information available to research staff and is believed to be reliable but no independent verification has been made. Perspectives expressed represent our judgment at the time of writing and may change in the future as circumstances evolve.
Kachan & Co. is not a registered broker dealer or a registered investment advisor. Nothing herein is intended to be or should be construed as investment advice. This document does not recommend any financial product be bought, sold or held, and nothing in this document should be construed as an offer, or the solicitation of an offer, to buy or sell securities. This report is not to be relied on by investors, disseminated to the public or summarized, quoted from or incorporated by reference in any document which is to be disseminated to the public. Investors should not make any investment decision without consulting a fully qualified financial adviser.
Dwindling water, farmland and fossil-based fertilizers are making it increasingly difficult to feed people today, let alone those expected in the future.
Select companies are poised to reinvigorate large scale agriculture with cleantech innovations that help expand yields, increase efficiencies, reduce waste and address concerns about toxicity, safety and the environment.
How do established organizations manage risk around the disruptive change of breakthrough new agricultural innovation? Which new agriculture companies stand the best chances of success? Why?
In its report on new agricultural cleantech, Kachan offers definitions and identifies drivers, and then critically examines companies with important emerging technologies in bio-based fertilizers, pesticides and fungicides, microirrigation, precision agriculture, acquaculture, vertical farming, waste management and more.
Kachan & Co. conducted more than 32 interviews with leading vendors, consulting scientists, associations, government bodies and others, and synthesized secondary research for this report over a four month period. One company's facilities were toured. Research uncovered many details about select companies' agricultural technologies, and their latest research and funding statuses, not available anywhere else.
57 promising agricultural cleantech companies profiled in this report include: 312 Aquaponics, Advanced BioNutrition, AeroFarms, AgLocal, Agradis, AgraQuest, Agrinos, Airstream Innovations, Alterrus Systems, AquaSeed, AquaSpy, ArborGen, ATD Manure Management Systems, Becker Underwood, BioDiscovery, Blue River Technology, Bright Farms, Chromatin, Cibus, Divergence, DripTech, Eden Research, EOSi, Exosect, Goemar, Grasslands, GreenScene Agritek, ImageTree, Jiangxi Tianren Ecology, Landec, Livestock Water Recycling, Lufa Farms, Marrone Bio Innovations, Martin Industries, Montana Microbial Products, Nobel Environmental Technologies, NovaGreen, NuAgri, Open Ocean Systems, OVRsol, Performance Plants, Plant Health Care, Portable Farms, Precision Planting, Purfresh, PureSense, ScoutPro, SemiosBIO, Solum, Targeted Growth, Trimble, Triton Logging, Trophomax, TruLeaf, TyraTech, Urban Barns and Vestaron.
Crop farming (natural fertilizers and amendments, biological control of weeds, pest and disease, precision irrigation and fertilization, land management, biotechnology, tools and equipment, waste innovations and transport decay prevention), controlled environment agriculture (hydroponics, aeroponics and vertical farming and improved greenhouses), sustainable forestry, animal farming waste innovations and aquaculture (health and yield, containment and waste innovations).
Your email is never sold or shared. Read our privacy policy."Increased [clean agricultural technology] investment is expected as our understanding of what truly constitutes sustainable agriculture evolves."
Shannon Payne has been studying renewable energy and alternative energy systems since 2007. She holds a BSc in mechanical engineering from the University of Calgary and will shortly complete her MEng in clean energy engineering at the University of British Columbia. Shannon gained exposure to non-traditional cleantech innovations through several years of participation in the ASME Earth Saver Challenge and participation in multinational cleantech entrepreneurship courses in China. Prior, she served on a simulation and modeling team at ABB Corporate Research in Switzerland.
Kachan & Co. reports incorporate state-of-the-art digital rights management (DRM). Downloads are watermarked with the purchaser's name, organization and transaction ID. Licenses and usage are electronically tracked. Only subscriptions specifically purchased under the terms of a site license may be distributed within an organization. Reproduction or distribution is prohibited. Under no circumstances may this report be shared outside an organization.
This report is based on information available to research staff and is believed to be reliable but no independent verification has been made. Perspectives expressed represent our judgment at the time of writing and may change in the future as circumstances evolve.
Kachan & Co. is not a registered broker dealer or a registered investment advisor. Nothing herein is intended to be or should be construed as investment advice. This document does not recommend any financial product be bought, sold or held, and nothing in this document should be construed as an offer, or the solicitation of an offer, to buy or sell securities. This report is not to be relied on by investors, disseminated to the public or summarized, quoted from or incorporated by reference in any document which is to be disseminated to the public. Investors should not make any investment decision without consulting a fully qualified financial adviser.
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