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Mushroom Growing
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Grow Climate & Automation · 40
- NRAES / UA CEAC – Greenhouse Engineering (NRAES-33) PDF
- Rutgers NJAES – Principles of Evaluating Greenhouse Aerial Environments: Part 1 of 3 (E275) PDF
- Farm Energy Extension – Introduction to Greenhouse Efficiency and Energy Conservation
- Farm Energy Extension – Greenhouse Energy Conservation Checklist
- UA CEAC – Chapter 2: The Plant (Introduction to Hydroponics and CEA) PDF
- UA CEAC – Chapter 3: How to Grow Greenhouse Crops (Introduction to Hydroponics and CEA) PDF
- Rutgers NJAES – Environmental Control of Greenhouses PDF
- Purdue Extension – Temperature Control in Greenhouses (HO-327-W) PDF
- Ohio State University Extension – What is Controlled Environment Agriculture (CEA)?
- UA CEAC – Week 5-2: Energy balance 1
- Wageningen Plant Research – Research on Energy & Climate in the Greenhouse
- e-GRO – Why Does Condensation Happen on Your Plants? (Alert 7.15) PDF
- e-GRO – Rooting for Success: Best Practices in Unrooted Cutting Propagation (Alert 14.01) PDF
- e-GRO – Finding the Balance: Calcium-Related Disorders in Vegetable Fruiting Crops (Alert 6.09) PDF
- NC State Extension – Precision Climate Control in Greenhouses (VPD and Misting) PDF
- Ohio State University Extension – Greenhouse Condensation Control: Understanding and Using Vapor Pressure Deficit (AEX-804-01)
- Ohio State University Extension – Using a Psychrometric Chart to Describe Air Properties (AEX-120-99)
- UF IFAS Extension – Vapor Pressure Deficit (VPD) Calculator in BackPocketGrower.org
- Rutgers NJAES – Evaluating Greenhouse Mechanical Ventilation System Performance: Part 3 of 3 (E277) PDF
- Farm Energy Extension – Greenhouse Ventilation
- Farm Energy Extension – Horizontal Air Flow is Best for Greenhouse Air Circulation
- Farm Energy Extension – Natural Ventilation in High Tunnels
- University of Arkansas – Unit 11: Atmospheres (Greenhouse Management)
- UF IFAS Extension – Greenhouse Ventilation (AE030)
- UA CEAC – Week 4-1: Wind
- Purdue Extension – Measuring Daily Light Integral in a Greenhouse (HO-238-W) PDF
- Purdue Extension – Managing Photoperiod in the Greenhouse (HO-253-W) PDF
- University of Arkansas – Unit 04: Lighting (Greenhouse Management)
- Frontiers in Plant Science – Guidelines for the Use of Tomato in Experiments with a Controlled Environment
- UA CEAC – Week 3-1: Photoperiod
- e-GRO Webinars – Supplemental lighting
- Rutgers NJAES – Instruments for Monitoring the Greenhouse Aerial Environment: Part 2 of 3 (E276) PDF
- e-GRO – Are Your Air Temperatures Accurate? (Alert 7.12) PDF
- Purdue Extension – Substrate versus Fertilizer-based Electrical Conductivity Measurements (HO-322-W) PDF
- Farm Energy Extension – Selecting and Maintaining Greenhouse Thermostats
- e-GRO Webinars – How to Calibrate a pH and EC Meter
- Ohio State University Extension – Greenhouse Computer Control PDF
- UA CEAC – Chapter 13: Greenhouse Control Systems (Introduction to Hydroponics and CEA) PDF
- UA CEAC – Robust Climate Control of a Greenhouse Equipped with Variable Speed Fans and Fogging System PDF
- Farm Energy Extension – Step Controllers Optimize Greenhouse Energy Use
Mushroom Growing · 40
- FAO – Indoor oyster mushroom cultivation for livelihood diversification PDF
- ICAR-IIHR – Mushroom production technologies PDF
- TNAU Agritech – Mushroom cultivation
- TNAU Agritech – Mushroom bed preparation
- Penn State Extension – Mushrooms: production and harvesting
- Wikipedia – Fungiculture
- TNAU Agritech – Oyster mushroom
- Mushroom Growers' Handbook 1 – Oyster Mushroom Cultivation PDF
- Oyster mushroom yield on different substrates (PMC5050175) [full text via NCBI BioC]
- ICAR-DMR – Growing oyster mushroom: a technical guide (ResearchGate) PDF
- ICAR-DMR – FAQs on white button mushroom crop management PDF
- Penn State Extension – Basic procedures for Agaricus mushroom growing
- Penn State Extension – Seeding substrate and managing Agaricus bisporus
- Button mushroom: composting and cultivation technology (RKE 15-2) PDF
- MANAGE – Status of milky mushroom in India: a review PDF
- ISTI portal (Govt of India) – Cultivation of milky mushroom
- Saahas – Cultivation practices of milky mushroom PDF
- Vikaspedia – Cultivation technology of paddy straw mushroom PDF
- TNAU Agritech – Paddy straw mushroom
- Univ. of Maryland and Virginia Tech – Shiitake mushrooms PDF
- Cornell – Best management practices for log-based shiitake PDF
- Ohio State – Shiitake mushroom production
- Cultivation of Kabul Dhingri (Pleurotus eryngii) in subtropical zones (PMC8290044) [full text via NCBI BioC]
- Oyster shell powder and king oyster yield (PMC6259746) [full text via NCBI BioC]
- Biology, cultivation and functions of Hericium erinaceum (review) PDF
- Lion's mane on sunflower seed hulls (ResearchGate) PDF
- ICAR-DMR – Hands-on training on cultivation of Cordyceps militaris PDF
- Principal Scientific Adviser (Govt of India) – Cordyceps militaris cultivation technology
- Culture conditions in Cordyceps militaris: review (PMC12523487) [full text via NCBI BioC]
- Mushroom Growers' Handbook 2 – Shiitake Cultivation PDF
- FAO – Straw mushroom (Volvariella volvacea) cultivation PDF
- University of Florida IFAS – Grow your own oyster mushrooms at home (SL448) PDF
- Wisconsin Mycological Society – Oysters on pasteurized straw PDF
- Cornell Small Farms – Lion's mane forest cultivation research
- Substrate alternatives for edible fungi: review (PMC12653727) [full text via NCBI BioC]
- LED light sources and Cordyceps militaris growth (Int J Food Properties 2024)
- Cornell Small Farms – Cultivation methods for oyster mushrooms on straw
- Cornell Small Farms – Mushroom safety webinar
- US FDA – Basic introduction to mushroom growing, harvesting, packing and holding
- FAO – Mushroom cultivation (training video)
Mushroom Farm Setup · 36
- USDA Agricultural Marketing Service – Fresh Mushroom Food Safety Standards PDF
- Penn State Extension – Control of Listeria monocytogenes in Mushroom Growing and Packing Environments
- Cornell Small Farms (cornellsmallfarms) – Growing Oyster Mushrooms Indoors: Introduction and Facility Flow
- SARE – Alternative Growing Practices for Oyster Mushroom Cultivation: Final Report for FNE15-825
- TNAU Agritech – Mushroom Bed Preparation and Substrate Pasteurisation
- Penn State Extension – Growing Mushrooms: Microbial Activity in Substrate
- Cornell Small Farms (cornellsmallfarms) – Growing Oyster Mushrooms Indoors: Straw Inoculation Methods
- Kerala Agricultural University – Mushroom Spawn Production PDF
- TNAU Agritech – Mushroom Bed Spawn Preparation and Inoculation
- Cornell Small Farms (cornellsmallfarms) – Growing Oyster Mushrooms Indoors: Spawn and Sawdust Block Production
- Penn State Extension – Seeding Substrate and Management of Growing Agaricus bisporus
- SARE – Methods of Commercial Mushroom Cultivation: Incubation and Production Cycles PDF
- Cornell Small Farms (cornellsmallfarms) – Growing Oyster Mushrooms Indoors: Incubation and Fruiting Rooms in High Tunnel
- Purdue University Extension – Mushroom Cultivation: Infrastructure, Space Retrofit, and Construction PDF
- Bulgarian Journal of Agricultural Science – Design of an Energy Efficient Building Equipped with Air Conditioning System for Growing Mushrooms PDF
- Cornell Small Farms (cornellsmallfarms) – Growing Oyster Mushrooms Indoors: Fruiting Room in a Converted Trailer
- SARE – Commercial Oyster Mushroom Production: Fruiting Room Environmental Control PDF
- Ohio State University Extension – Shiitake Mushroom Production: Steps to Cultivation and Considerations for Production
- Penn State Extension – Basic Procedures for Agaricus Mushroom Growing
- ICAR-DMR – FAQs on White Button Mushroom Crop Management PDF
- Penn State Extension – Substrate Preparation for White Button Mushrooms
- Research Journal of Agricultural Sciences – Button Mushroom: Composting and Cultivation Technology PDF
- Oklahoma State University Extension (OklahomaGardening) – Mushroom Compost at J-M Farms
- Penn State Extension – Best Practices for Mushroom Post-Crop Sanitation: Steam-Off/Post-Crop Pasteurization
- Penn State Extension – What Disinfectants Should I Use in the Mushroom House?
- AHDB Horticulture – Fungal Diseases in Mushrooms: Dry Bubble Disease
- AHDB Horticulture – Bacterial Blotch of Mushrooms
- AHDB Horticulture – Fungal Diseases in Mushrooms: Cobweb Disease
- Penn State Extension – Green Mold of Mushrooms: Trichoderma
- Teagasc (Teagasc) – Cobweb Disease Control (Donal Gernon)
- Teagasc (Teagasc) – Mushroom Research Webinar: Pest and Disease Research
- Kaunas University of Technology – Approach of AI-Based Automatic Climate Control in White Button Mushroom Growing Hall PDF
- Penn State Extension – Overview of Button Mushroom Harvesting Technologies
- Karnataka State Council for Science and Technology – IoT Based Design and Implementation of Mushroom Farm Monitoring System PDF
- MushWorld – Mushroom Growers' Handbook 1: Oyster Mushroom Cultivation PDF
- MushWorld – Mushroom Growers' Handbook 2: Shiitake Cultivation PDF
Greenhouse Growing · 40
- FAO – Good Agricultural Practices for Greenhouse Vegetable Crops: Principles for Mediterranean Climate Areas PDF
- FAO – Good Agricultural Practices for Greenhouse Vegetable Production in South East Europe PDF
- UF IFAS Extension – Protected Culture: The Soilless Trench System
- GLASE Consortium – Greenhouse Systems Short Course: High-Performance Greenhouse Coverings
- University of Arizona CEAC – Pollination, Fertilization and Pruning PDF
- University of Arizona CEAC – Fertigation Systems and Nutrient Solutions PDF
- University of Arizona CEAC – Greenhouse Control Systems PDF
- Purdue Extension – Measuring Daily Light Integral in a Greenhouse PDF
- Purdue Extension – Managing Photoperiod in the Greenhouse PDF
- Purdue Extension – Electrical Conductivity Measurements for Greenhouse Crops PDF
- Purdue Extension – Temperature Control in Greenhouses PDF
- UF IFAS Extension – Protected Culture for Vegetable and Small Fruit Crops: Crop Production
- UF IFAS Extension – General Aspects of Plant Growth in Protected Culture
- UF IFAS Extension – Production Systems for Protected Culture
- UF IFAS Extension – Irrigation of Greenhouse Vegetables
- UF IFAS Extension – Fertilizer Management for Greenhouse Vegetables
- UF IFAS Extension – Solid Media Vegetable Production
- UF IFAS Extension – Water and Nutrient Management Guidelines for Greenhouse Vegetables
- UF IFAS Extension – Row Covers for Commercial Vegetable Culture
- UF IFAS Extension – Physical Greenhouse Design Considerations
- UF IFAS Extension – Production Systems for Protected Culture: Part 2
- Penn State Extension – Tomato High Tunnels
- Penn State Extension – Tomato Irrigation Systems
- Penn State Extension – Tomato Harvesting
- Wageningen University & Research – Growing tomatoes digitally
- University of Arizona CEAC – How to Grow Greenhouse Crops: Tomato, Pepper, Cucumber PDF
- University of Arizona CEAC – Fruit Harvesting, Grading and Storage PDF
- UF IFAS Extension – Production of Greenhouse Tomatoes
- UF IFAS Extension – Chapter 18. Tomato Production
- USDA Northeast Climate Hub – High Tunnel Peppers
- UF IFAS Extension – Growing Bell Peppers in Soilless Culture under Open Shade Structures
- UF IFAS Extension – Blossom-End Rot in Bell Pepper: Causes and Prevention
- UF IFAS Extension – Chapter 13. Pepper Production
- UF IFAS Extension – Alternative Greenhouse Crops: Colored Pepper, Mini Cucumber, Heirlooms
- University of Kentucky Horticulture – Trellising and Pruning for Soilless Cucumbers
- Utah State University Extension – How to Train Cucumbers to a Trellis
- UF IFAS Extension – Greenhouse Cucumber Production
- UF IFAS Extension – Chapter 7. Cucurbit Production
- GLASE Consortium – Strawberry and tomato responses to light and CO2 control
- Penn State Extension – Strawberry Pollinator Diversity, Significance, and Management
Greenhouse & Polyhouse Setup · 40
- UA CEAC – Chapter 14: Greenhouse Energy and Alternative Resources PDF
- Rutgers NJAES – Principles of Evaluating Greenhouse Aerial Environments: Part 1 of 3 (E275) PDF
- TNAU / eagri – Lecture 03: Plant Response to Greenhouse Environment PDF
- Farm Energy Extension – Introduction to Greenhouse Efficiency and Energy Conservation
- University of Arizona CEAC – Week 5-2: Energy balance 1
- Purdue Extension – Greenhouse Construction (HO-346-W) PDF
- UA CEAC – Chapter 11: Greenhouse Site Selection PDF
- UA CEAC – Chapter 12: Greenhouse Structures PDF
- TNAU / eagri – Lecture 02: Types of Greenhouse PDF
- UF IFAS Extension – Physical Greenhouse Design Considerations (CV254)
- Penn State Extension – High Tunnel Structures: Types of High Tunnels
- TNAU / eagri – Lecture 06: Materials for Construction of Greenhouse PDF
- TNAU / eagri – Lecture 05: Planning of Greenhouse Facility PDF
- MSU Extension – Retractable Shading for Greenhouses
- UF IFAS Extension – Florida Greenhouse Design (AE016)
- GLASE Consortium (Cornell) – Greenhouse Systems Short Course: High-Performance Greenhouse Coverings
- UF IFAS Extension – Fan and Pad Greenhouse Evaporative Cooling Systems (AE069)
- UF IFAS Extension – Greenhouse Ventilation (AE030)
- Rutgers NJAES – Evaluating Greenhouse Mechanical Ventilation System Performance: Part 3 of 3 (E277) PDF
- TNAU / eagri – Lecture 04: Equipments Required for Controlling Greenhouse Environment PDF
- UF IFAS Extension – Fan and Pad Greenhouses
- Purdue Extension – Temperature Control in Greenhouses (HO-327-W) PDF
- UF IFAS Extension – Heating Greenhouses (AE015)
- TNAU / eagri – Lecture 08: Greenhouse Heating PDF
- Farm Energy Extension – Greenhouse Energy Conservation Checklist
- GLASE Consortium (Cornell) – Greenhouse Systems Short Course: Greenhouse Curtains and Curtain Controls
- UA CEAC – Chapter 10: Fertigation Systems and Nutrient Solutions PDF
- Purdue Extension – Substrate versus Fertilizer-based Electrical Conductivity Measurements (HO-322-W) PDF
- TNAU / eagri – Lecture 09: Irrigation Systems Used in Greenhouse PDF
- UF IFAS Extension – Designing a uniform drip irrigation system for the greenhouse
- UA CEAC – Chapter 5: Basic Principles of Hydroponics / Soilless Culture PDF
- UF IFAS Extension – Design Suggestions and Greenhouse Management for Vegetable Production (CV195)
- UC IPM – Soil Solarization for Gardens & Landscapes (Pest Notes 74145)
- Purdue Extension – How Do Growing Media for Organic Production Compare?
- UA CEAC – Chapter 4: Crop Protection PDF
- UC IPM – Greenhouse Pest Management Guidelines
- UC IPM – Floriculture and Ornamental Nurseries: Sticky Traps
- UF IFAS – Greenhouse Pest Exclusion: Insect Screening
- UA CEAC – Chapter 13: Greenhouse Control Systems PDF
- Rutgers NJAES – Instruments for Monitoring the Greenhouse Aerial Environment: Part 2 of 3 (E276) PDF
Hydroponic Growing · 35
- UA CEAC – Chapter 5: Basic Principles of Hydroponics (Introduction to Hydroponics and CEA) PDF
- UA CEAC – Chapter 10: Fertigation Systems and Nutrient Solutions (Introduction to Hydroponics and CEA) PDF
- UA CEAC – Chapter 1: Controlled Environment Agriculture and Hydroponics: Past, Present and Future PDF
- USDA NAL – Hydroponics
- UF IFAS Extension – Hydroponic Vegetable Production in Florida (HS405)
- Virginia Cooperative Extension – Hydroponic Production of Edible Crops: System and Crop Comparisons (SPES-466NP)
- Virginia Cooperative Extension – Hydroponic Production of Edible Crops: Management Basics (SPES-462NP)
- Oklahoma State University Extension – Electrical Conductivity and pH Guide for Hydroponics
- Utah State University Extension – Hydroponics: Year-Round Growing at Any Scale
- Penn State Extension – Hydroponics Systems
- Cornell Controlled Environment Agriculture – Hydroponic Lettuce Handbook PDF
- UF IFAS Extension – Growing Lettuce in Small Hydroponic Systems (HS1422)
- e-GRO – Symptoms of Common Nutrient Deficiencies in Hydroponic Lettuce (Research Update 2015.9) PDF
- University of Hawaii CTAHR – Three Non-circulating Hydroponic Methods for Growing Lettuce PDF
- University of Arizona CEAC – Lettuce Intensive Workshop Introduction
- UF IFAS Extension – Five Tips on Growing Greenhouse Lettuce in the Heat
- UF IFAS Extension – NFT Lettuce
- Cornell Controlled Environment Agriculture – Hydroponic Baby Spinach Handbook PDF
- UF IFAS Extension – Leafy Greens in Hydroponics and Protected Culture for Florida (HS1279)
- Scientific Reports – Hydroponic design influences morphophysiology and mineral uptake in kale
- HortScience (University of Delaware) – Biostimulant trial with lettuce, kale and pac choi in aerated deep-water hydroponics PDF
- Cornell Controlled Environment Agriculture – Greens
- HortScience (University of Florida) – Growth Rate and Nutrient Uptake of Basil in Small-scale Hydroponics PDF
- Agronomy (MDPI) – Nutrient Solution Strength and Daily Light Integral in Hydroponic Cilantro, Dill and Parsley
- CAFRE (College of Agriculture, Food and Rural Enterprise) – Hydroponic Production of Leafy Salads and Herbs PDF
- Oregon State University Extension – Hydro Hints: Nutrient Film Technique (EM 9457)
- University of Delaware Cooperative Extension – Cilantro
- Penn State Extension – Growing Herbs Indoors
- Virginia Cooperative Extension – Introduction to Microgreen Production in Indoor Vertical Farms and Greenhouses (SPES-756) PDF
- Penn State Extension – The ABCs of Microgreens
- Penn State Extension – A Step-By-Step Guide for Growing Microgreens at Home
- Utah State University Extension – Grow Your Own Microgreens
- UF IFAS Extension – Microgreens
- Utah State University Extension – How to Grow Microgreens
- Oklahoma State University Extension – Grow Your Own Microgreens at Home!
Hydroponic & Vertical Farm Setup · 40
- NRAES / UA CEAC – Greenhouse Engineering (NRAES-33) PDF
- Rutgers NJAES – Principles of Evaluating Greenhouse Aerial Environments: Part 1 of 3 (E275) PDF
- Farm Energy Extension – Introduction to Greenhouse Efficiency and Energy Conservation
- Farm Energy Extension – Greenhouse Energy Conservation Checklist
- UA CEAC – Chapter 1: Controlled Environment Agriculture and Hydroponics: Past, Present and Future (Introduction to Hydroponics and CEA) PDF
- USDA NAL – Hydroponics
- UF IFAS Extension – Hydroponic Vegetable Production in Florida (HS405)
- Ohio State University Extension – What is Controlled Environment Agriculture (CEA)?
- Utah State University Extension – Hydroponics: Year-Round Growing at Any Scale
- UA CEAC – Chapter 5: Basic Principles of Hydroponics (Introduction to Hydroponics and CEA) PDF
- Cornell Controlled Environment Agriculture – Hydroponic Lettuce Handbook PDF
- UF IFAS Extension – Building a Floating Hydroponic Garden (HS184)
- UF IFAS Extension – Growing Lettuce in Small Hydroponic Systems (HS1422)
- Virginia Cooperative Extension – Hydroponic Production of Edible Crops: System and Crop Comparisons (SPES-466NP)
- Penn State Extension – Hydroponics Systems
- UF IFAS Extension – NFT Lettuce
- UA CEAC – Chapter 10: Fertigation Systems and Nutrient Solutions (Introduction to Hydroponics and CEA) PDF
- e-GRO – Fertilizer Calculation Basics for Hydroponics (Alert 3.05) PDF
- e-GRO – Symptoms of Common Nutrient Deficiencies in Hydroponic Lettuce (Research Update 2015.9) PDF
- Purdue Extension – Substrate versus Fertilizer-based Electrical Conductivity Measurements (HO-322-W) PDF
- Ohio State University Extension – Hydroponic Nutrient Solution for Optimized Greenhouse Tomato Production (HYG-1437)
- UF IFAS Extension – Nutrient Solution Formulation for Hydroponic (Perlite, Rockwool, NFT) Tomatoes in Florida (CV216)
- UF IFAS Extension – Tubs of Torture: Nutrient disorders in hydroponics
- University of Arizona CEAC – CEA Physiology, Week 7-1: Plant nutrition
- e-GRO – Considerations for Lowering pH to Suppress Root Rot Diseases in Hydroponics (Alert 11.05) PDF
- Purdue Extension – Temperature Control in Greenhouses (HO-327-W) PDF
- Frontiers in Plant Science – Dissolved oxygen limitation and Pythium root rot in strawberry NFT systems: mechanisms, research gaps, and prospects for substrate-free production
- Virginia Cooperative Extension – Hydroponic Production of Edible Crops: Management Basics (SPES-462NP)
- Purdue Extension – Starting Seeds Indoors (HO-14-W) PDF
- UF IFAS Extension – Common Media Used in Hydroponics (ENH1359/EP623)
- UF IFAS Extension – Keys to Successful Tomato and Cucumber Production in Perlite Media (HS169)
- UF IFAS Extension – Substrates for Hydroponic Vegetable Production
- University of Arizona CEAC – CEA Physiology, Week 7-2: Substrate
- Purdue Extension – Measuring Daily Light Integral in a Greenhouse (HO-238-W) PDF
- Purdue Extension – Managing Photoperiod in the Greenhouse (HO-253-W) PDF
- Farm Energy Extension – Horizontal Air Flow is Best for Greenhouse Air Circulation
- University of Arizona CEAC – CEA Physiology, Week 6-1: Canopy environment 1
- e-GRO Webinars – Supplemental lighting
- e-GRO – Algae on the Nutrient Solution and Surfaces (Alert 1.06) PDF
- e-GRO – Black Root Rot is Still a Problem: Sanitation and Disinfection (Alert 14.04) PDF
Home Growing · 38
- NRAES / University of Arizona CEAC – Greenhouse Engineering (NRAES-33) PDF
- University of Arizona CEAC – Chapter 2: The Plant PDF
- Purdue Extension – Measuring Daily Light Integral in a Greenhouse (HO-238-W) PDF
- Purdue Extension – Managing Photoperiod in the Greenhouse (HO-253-W) PDF
- University of Maine Cooperative Extension – Starting Seeds at Home (Bulletin #2751)
- Clemson Cooperative Extension – Container Vegetable Gardening (HGIC 1251)
- Utah State University Extension – How to Start Seeds Indoors
- The University of Maine – How to Build a Seedling Light Stand
- Purdue Extension – Growing Herbs (HO-28) PDF
- Colorado State University Extension – Herb Gardening (GardenNotes #731) PDF
- Penn State Extension – Growing Herbs Indoors
- Clemson Cooperative Extension – Herbs (HGIC 1311)
- Utah State University Extension – How to Grow Basil in Your Garden
- Utah State University Extension – Herb Gardening
- Virginia Cooperative Extension – Sprout Safety (FST-344P) PDF
- UC ANR – Growing Seed Sprouts at Home PDF
- Utah State University Extension – Grow Your Own Microgreens
- UF IFAS Extension – Microgreens
- Utah State University Extension – How to Grow Microgreens
- Oklahoma State University Extension – Grow Your Own Microgreens at Home!
- University of Hawaii CTAHR – Three Non-circulating Hydroponic Methods for Growing Lettuce PDF
- Cornell Controlled Environment Agriculture – Hydroponic Lettuce Handbook PDF
- e-GRO – Symptoms of Common Nutrient Deficiencies in Hydroponic Lettuce (Research Update 2015.9) PDF
- Utah State University Extension – How to Grow Lettuce in Your Garden
- UF IFAS Extension – Growing Lettuce in Small Hydroponic Systems (HS1422)
- UF IFAS Extension – NFT Lettuce
- University of Arizona CEAC – How to Grow Greenhouse Crops: Tomato, Pepper, Cucumber (Chapter 3) PDF
- University of Arizona CEAC – Pollination, Fertilization and Pruning (Chapter 7) PDF
- Clemson Cooperative Extension – Tomato (HGIC 1323)
- Clemson Cooperative Extension – Pepper (HGIC 1318)
- UF IFAS Extension – Blossom-End Rot in Bell Pepper: Causes and Prevention (SS497)
- Oklahoma State University Extension – Planting Tomatoes & Peppers
- UF IFAS Extension – Grow Your Own Oyster Mushrooms at Home (SL448) PDF
- Wisconsin Mycological Society – Oysters on Pasteurized Straw PDF
- Mushroom Growers' Handbook 1 – Oyster Mushroom Cultivation PDF
- Tamil Nadu Agricultural University – Oyster Mushroom Cultivation
- West Virginia State University Extension – How to Grow Your Own Mushrooms
- Cornell Small Farms – Cultivation Methods for Oyster Mushrooms on Straw
Home Grow Setup · 40
- NRAES / UA CEAC – Greenhouse Engineering (NRAES-33) PDF
- UA CEAC – Chapter 2: The Plant (Introduction to Hydroponics and CEA) PDF
- Ohio State University Extension – What is Controlled Environment Agriculture (CEA)?
- University of Maine Cooperative Extension – Plans for Building a Wooden Seed Stand PDF
- University of Maine Cooperative Extension – Bulletin #2751: Starting Seeds at Home
- Clemson Cooperative Extension – HGIC 1259: Starting Seeds Indoors
- UF IFAS Extension – Light for Houseplants
- The University of Maine (The University of Maine) – How to Build a Seedling Light Stand
- US OSHA – Controlling Electrical Hazards (OSHA 3075) PDF
- US EPA – A Brief Guide to Mold, Moisture, and Your Home PDF
- USFA / FEMA – Appliance and Electrical Fire Safety
- USFA / FEMA – Heating Fire Safety
- Clemson Cooperative Extension – HGIC 2750: Pesticide and Chemical Safety
- Purdue Extension – Measuring Daily Light Integral in a Greenhouse (HO-238-W) PDF
- Purdue Extension – Managing Photoperiod in the Greenhouse (HO-253-W) PDF
- Utah State University Extension – Starting Vegetable Seeds Indoors: Materials
- UF IFAS Extension (UF IFAS Extension) – Four Key Concepts about Plant Lighting
- NDSU Extension (NDSUExtension) – The Science Behind Indoor Plant Lighting
- e-GRO – Why Does Condensation Happen on Your Plants? (Alert 7.15) PDF
- Rutgers NJAES – Evaluating Greenhouse Mechanical Ventilation System Performance: Part 3 of 3 (E277) PDF
- Farm Energy Extension – Horizontal Air Flow is Best for Greenhouse Air Circulation
- UF IFAS Extension – Greenhouse Ventilation (AE030)
- Clemson Cooperative Extension – HGIC 2008: Gray Mold (Botrytis Blight)
- Penn State Extension (Penn State Extension) – Powdery and Downy Mildew
- Purdue Extension – Temperature Control in Greenhouses (HO-327-W) PDF
- NC State Extension – Precision Climate Control in Greenhouses (VPD and Misting) PDF
- e-GRO – Are Your Air Temperatures Accurate? (Alert 7.12) PDF
- Ohio State University Extension – Greenhouse Condensation Control: Understanding and Using Vapor Pressure Deficit (AEX-804-01)
- Utah State University Extension – Starting Vegetable Seeds Indoors: Germination
- UF IFAS Extension (UF IFAS Extension Greenhouse Training Online) – Vapor Pressure Deficit (VPD) Calculator in BackPocketGrower.org
- University of Hawaii CTAHR – Three Non-circulating Hydroponic Methods for Growing Lettuce PDF
- UA CEAC – Chapter 5: Basic Principles of Hydroponics PDF
- UA CEAC – Chapter 10: Fertigation Systems and Nutrient Solutions PDF
- Virginia Cooperative Extension – Farming Foundations in Hydroponics: Crop and System Types (SPES-469NP)
- Utah State University Extension (Utah State University Extension) – Hydroponics: Year-Round Growing at Any Scale
- Penn State Extension (Penn State Extension) – Hydroponics Systems
- Rutgers NJAES – Instruments for Monitoring the Greenhouse Aerial Environment: Part 2 of 3 (E276) PDF
- Ohio State University Extension – Greenhouse Computer Control PDF
- UA CEAC – Chapter 13: Greenhouse Control Systems (Introduction to Hydroponics and CEA) PDF
- Farm Energy Extension – Selecting and Maintaining Greenhouse Thermostats