All ArticlesIAB MeetingsIndustry NewsIndustry TalksInterviewsMeetingsPL Short CourseTechnical ArticlesWebinarsAll Articles IAB Meetings Industry News Industry Talks Interviews Meetings PL Short Course Technical Articles Webinars Design considerations for large scale CEA projects2023 GLASE Summit Explores Greenhouse Resilience and ProfitabilityAI Technology at the Controlled Environment Agriculture Innovation CenterTowards a Sustainable Lifecycle in Controlled Environment AgricultureNew executive director sees bright future ahead for GLASEShowcase of greenhouse lighting technology and GLASE researchResponse of cannabinoid hemp to light quantity and qualityPanel: Small-Scale CEA GrowersHow is the CEA Alliance making the controlled environment agriculture industry better?13th IAB Meeting March 202312th IAB Meeting November 202211th IAB Meeting June 2022Lighting Modulation for Targeted Enhancement in Food Quality, Nutrition, and Safety of Fresh ProduceWhat is the impact of VPD on crop development?CEA and Combined Heat and Power: Perfect TogetherHow can you improve your controlled environment climate control?Plant Factory Innovations in JapanIs there a way for U.S. growers to avoid the high cost of energy?CEA Round Table: Lighting ManufacturersIs it possible to grow a quality lettuce crop without entering the greenhouse?Greenhouse Growers’ Round Table: The Path to CEA SustainabilityCEA Round Table: Indoor GrowersHow sustainable is your controlled environment operation?Collaboration with Academia and Industry: Case Study of the Dutch CEA IndustryGLASE is working to develop a greenhouse energy-efficiency database and benchmark tool to increase growers’ profitsCEA Round Table: Utility CompaniesCEA Research and Extension at Texas A&M AgriLife at Dallas10th IAB Meeting February 2022GLASE looks to expand educational and membership opportunities for the controlled environment agriculture industry9th IAB Meeting October 2021Module 6: Future of Crop LightingModule 5: Economics of Crop LightingModule 4: Crop Lighting SystemsModule 3: Crop Production with Supplemental LightingModule 2: Deciding to Use Crop LightingModule 1: Introduction to Crop LightingDifferent Blue Light Spectrums Impact Lettuce Yield and PigmentationLight and Energy Modeling in Controlled Environment AgricultureHorticulture Lighting Fixture Thermal PerformanceWhat do you want to know about plant lighting in controlled environment crop production?Environmental regulation of growth and quality attributes of indoor leafy greensLight Simulation in GreenhousesExtended photosynthetically active radiation (ePAR): Evidence for the photosynthetic activity of far-red photonsInfra-red gas analyzer with custom LED module attachment for multi-spectral photosynthetic analysisOptimizing Resource Use Efficiency in CEA SystemNew CEA Research Programs in the U.S.Will more controlled environment growers choose the public route?8th IAB Meeting May 20217th IAB Meeting December 20206th IAB Meeting March 20205th IAB Meeting December 20194th IAB Meeting July 20193rd IAB Meeting March 20192nd IAB Meeting November 20181st IAB Meeting June 2018Plant Lighting Fact SheetBetter ways to provide your crop the lights it needsMarket Analysis: 2019 Census of Horticultural SpecialtiesUrban CEA: Optimizing plant quality, economic and environmental outcomesWhat impact does supplemental light have on hemp production?The importance of light quality in CEA systemsCEA Database and Benchmark ToolWhat do you need to consider when buying and installing LED grow lights?Food Safety in CEA SystemsControlled Environment Agriculture Open Data (CEAOD) projectHow can crop production data advance the controlled environment agriculture industry?Stakeholder needs relevant to indoor propagationCEA Workforce Development Study: What Makes a Successful Indoor Farmer Operations Manager?Influence of Temperature and Daily Light Integral on Culinary Herb ProductionLighting Approaches to Maximize ProfitsHow Could AI Improve Controlled Environment Agriculture?Plant Responses to Integrated Light and CO2 ControlHorticultural Lighting Systems Energy Savings Calculations SourceHow are you using greenhouse data?Greenhouse Solar Spectral Measurements Offer Powerful Future Farming ToolLED Basics Applied to Horticulture Lighting SystemsC-PACE Financing for Clean Energy in Greenhouses SourceRevisiting the Measurement of LightCan far-red light improve plant growth?Off-season strawberry production under controlled environmentsStrawberry and tomato responses to light and CO2 controlHumidity control in greenhouses and other indoor plant environmentsConsistent Crops Require Consistent LightGLASE Provides Analysis of CEA Market Growth to Industry MembersVertical farming across the pond: an overview of the UK indoor farming marketCEA Market trends: an analysis of the 2017 USDA Census of AgricultureSupplemental greenhouse lighting during propagationNew Research LED Fixture for Plant GrowthGLASE Uses Outreach Activities to Inform and Educate Growers, Manufacturers and SuppliersPower supplies and power distribution options for CEAEffects of lighting on phenolics production in crops cultivated in CEA systemsGrowing the World’s Food in GreenhousesHow can controlled-environment growers improve energy efficiency and grow light optimization?Heliohex and Cornell University Researching Better LED Lighting for PlantsControlled-environment growers power their operations with cogeneration systemsNortheast greenhouse conference and expoNew real-time remote sensing technology to improve CEA lighting control systemsCan you use LEDs in all production phases of controlled environment agriculture?Why does the horticulture industry need a lighting label?A Proposed Horticultural Lighting LabelFunding Opportunities for CEA Energy EfficiencyIndoor AgTech Innovation SummitUSDA-DOE MeetingThe McCree Curve DemystifiedClearwater Organic Farms: Using technology to grow leaf greens responsibly GLASE Hosts Horticultural Lighting MeetingScientific Advisory Board Member Spotlight: Morgan PattisonEnSave: Making Greenhouse Operations, Farms More Energy EfficientCornell Group Explores Future of Indoor Farming$2.4 Million Cornell-led Project Explores the Viability of Indoor AgricultureGLASE Director Mattos Wins ASHS Paper of the YearPocock, Mattson Present at ASHS ConferenceGLASE Profiled in Hort AmericasNew Consortium to Reduce Greenhouse Energy Use
