Agrivoltaics: Doubling up Solar Energy With Crop Production
Covering acres of crops with solar panels feels counterintuitive, but this could be what is best for growth.
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Covering acres of crops with solar panels feels counterintuitive, but this could be what is best for growth.
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Advances in connectivity and distributed intelligence in agricultural robotics
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greenhub's technology is characterized by its self-developed web application that enables input and output optimization
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With the right storage solutions, you can protect your harvests and increase your income.
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Aquaponics in urban farming may turn cities around, making it the most lucrative and sustainable it has ever been, combining aquaculture with hydroponics.
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Are you passionate about green technology and its potential to revolutionize agriculture and sustainability practices? GreenTech Amsterdam is for you!
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Sustainable practices in urban agriculture are not just beneficial but essential for the future of city living.
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In essence, the role of sustainability in space exploration missions transcends mere survival it embodies our quest for resilience and harmony in cosmos
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Orius focuses on specialty crops for high-value ingredients.
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Pilot farms is an innovative approach that involves setting up model farms to test and demonstrate new techniques farming, technologies, and practices.
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From automation, seeding, transplanting, harvesting, weeding, and pest controlling, robots in agriculture can make a significant impact.
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This article takes a closer look at regenerative agriculture's impact on farmers, it's expected growth and perception within the investment community.
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Nutrient management in CEA involves the careful monitoring and adjustment of nutrient solutions to meet the specific needs of different plant species.
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The Fresh Fields Catalyst Accelerator is a unique opportunity to connect and engage with relevant members of the fresh produce industry and learn directly from them how technology solutions can work best.
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There is a lot of excitement around the controlled environment agriculture space. Even with the recent high-profile vertical farm closures, Agritecture believes in the long-term success of this approach to growing. However, to get there, investors must know how to evaluate opportunities, and that’s why I am providing our 6 categories of assessment.
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Horticulture lighting science and technology have significantly advanced since the advent of HPS lighting. LED options are now overtaking HPS lighting in many regions, owing to the improved energy efficiency and advanced controllability of LED lighting, as well as the growing body of research pointi
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The Hybridization of Agriculture illustrates the notion that there is greater potential output when we consider all the possible methods of agriculture and match them to find synergies. However, finding this balance requires thought and time. Here are some examples.
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For those of you who are actively planning a new farm, there are many hurdles you may be facing or will face soon. We established the Agritecture Partner Network (APN) to solve these challenges.
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After two years of beta-testing with nearly 5,000 users from more than 100 countries, Agritecture is excited to expand our offerings with the official launch of Agritecture Designer, a data-driven solution to the economic uncertainty of the controlled environment agriculture industry.
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As climate change makes our weather patterns increasingly extreme and unpredictable, tech-enabled ag offers a climate-resilient method of food production. In this article, Agritecture’s Founder and CEO, Henry Gordon-Smith, and Eric Adamson of Tortuga AgTech offer their insight into the applications
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Automation is one way to cut costs and increase efficiency in a vertical farm. By using robots to help with various aspects of farming, we can supplement the need for human labor to complete tasks such as seeding, transplanting, tray washing, harvesting, packaging, labeling, and fertigation.&nbs
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Amplified Ag, which was founded in 2015 and has clients across the US, has developed a comprehensive platform for CEA that provides indoor farmers with software, embedded hardware systems, and fully enabled farms to manage their operations smoothly.
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Anyone familiar with the CEA industry is aware of the critical importance of energy in running an indoor vertical farm. Without consistent and reliable power, these farms can endure lower yields or even suffer a loss of crops, which translates to a loss of revenue.
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Technology for CEA is constantly evolving, and there is often crossover between technology that can be used for traditional outdoor agriculture and for indoor operations. In this article, we explore an emerging technology, cold plasma.
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In vertical farming and CEA facility development, the ability to maximize one’s physical footprint is of utmost importance. Mobile racking solutions, such as those from Montel, allow farms to do more with less space, saving money and increasing yield per square foot.
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Meet Agritecture’s Agriculture Technologist, Justin Hyunjae Chung!
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To potentially lower lighting costs, a team at the University of Georgia asked a simple question: if the crop receives more light than the required daily light integral (DLI) one day, can we lower the DLI target for the following day?
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By now, it’s been well established that indoor farming is a booming sector with huge potential for impact, but one dirty secret: its massive energy needs.
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