The Company
Topics
- The Idea
- The Biology
- Fish
- Sprouts
- Adzuki bean (Sprouts)
- Amaranth (Sprouts)
- Basil (Sprouts)
- Fenugreek (Sprouts)
- Notes on cultivation
- Small sprouts - big dangers?
- Borage (Sprouts)
- Brown Rice (Sprouts)
- Broccoli (Sprouts)
- Chia (Sprouts)
- Chicory (Sprouts)
- Daikon (Sprouts)
- Dill (sprouts)
- Spelled (Sprouts)
- Dragon Fruit / Pitaya (Sprouts)
- Peanut (Sprouts)
- Fennel (Sprouts)
- French Lentils (Sprouts)
- Barley (Sprouts)
- Green Pea (Sprouts)
- Oats (Sprouts)
- Millet (Sprouts)
- Chickpea (Sprouts)
- Kideney Bean (Sprouts)
- Clover (Sprouts)
- Garlic (Sprouts)
- Kohlrabi (Sprouts)
- Komatsuna (Sprouts)
- Coriander (Sprouts)
- Pumpkin (Sprouts)
- Leek (Sprouts)
- Linseed (Sprouts)
- Lentils (Sprouts)
- Alfalfa (Sprouts)
- Corn (Sprouts)
- Almonds (Sprouts)
- Swiss Chard (Sprouts)
- Mizuna (Sprouts)
- Carrots (Sprouts)
- Mung Bean (Sprouts)
- Pak Choi/Tatsoi (Sprouts)
- Quinoa (Sprouts)
- Radishes (Sprouts)
- Rocket (Sprouts)
- Rapeseed (Sprouts)
- Radish (Sprouts)
- Rye (Sprouts)
- Red beet (Sprouts)
- Red Clover (Sprouts)
- Red Cabbage (Sprouts)
- Cut Chicory (Sprouts)
- Black Lentils (Sprouts)
- Mustard cress (Sprouts)
- Sesame (Sprouts)
- Soy (Sprouts)
- Sunflower (Sprouts)
- Asparagus (Sprouts)
- Triticale (Sprouts)
- Wheat (Sprouts)
- Savoy Cabbage (Sprouts)
- Sweet Corn (Sprouts)
- Onion (Sprouts)
- Foreword to Growing sprouts
- Microgreens (en)
- Oats (Microgreens)
- Clover (Microgreens)
- Corn (Microgreens)
- Marjoram (Microgreens)
- Carrot (Microgreens)
- Nasturtium (Microgreens)
- Microgreens Basics
- Leek (Microgreens)
- Hemp (Microgreens)
- Cucumber (Microgreens)
- Millet (Microgreens)
- Pea (Microgreens)
- Endive (Microgreens)
- Dill (Microgreens)
- Coriander (Microgreens)
- Lovage (Microgreens)
- Cress (Microgreens)
- Chervil (Microgreens)
- Komatsuna (Microgreens)
- Garden Melilot / Orach (Microgreens)
- Fennel (microgreens)
- Tarragon (Microgreens)
- Lamb's lettuce (Microgreens)
- Chinese Surah Tree (Microgreens)
- Dandelion (Microgreens)
- The Difference: Microgreens & Sprouts
- Procurement of seeds
- Amaranth (Microgreens)
- Anise (Microgreens)
- Basil (Microgreens)
- Cauliflower (Microgreens)
- Broccoli (Microgreens)
- Buckwheat (Microgreens)
- Barley (Microgreens)
- Mint (Microgreens)
- Oregano (Microgreens)
- Parsley (Microgreens)
- Purslane (Microgreens)
- Radish (Microgreens)
- Parsnip (Microgreens)
- Marigold (Microgreens)
- Brussels Sprouts (Microgreens)
- Beetroot (Microgreens)
- Red Cabbage (Microgreens)
- Rocket (Microgreens)
- Salad (Microgreens)
- Sage (Microgreens)
- Broad Beans (Microgreens)
- Sorrel (Microgreens)
- Chives (Microgreens)
- Celery (Microgreens)
- Mustard Cress (Microgreens)
- Sunflower (Microgreens)
- Asparagus (Microgreens)
- Turnip (Microgreens)
- Spinach (Microgreens)
- Turnip (Microgreens)
- Tatsoi (Microgreens)
- Thyme (Microgreens)
- Triticale (Microgreens)
- Wheatgrass (Microgreens)
- Lemon Balm (Microgreens)
- Onion (Microgreens)
- Foreword to Growing Microgreens
- Plants
- Medicinal Plant
- Ecoponic
- Push & Pull (en)
- Push & Pull Introduction
- Push & Pull Basics
- Implementation in NFT & DFT
- Semiochemicals in Hydroponics From Research to Practice
- Biological Control in Hydroponic Systems: Beneficial Insect Application and Management
- System Hygiene and Prevention Basis of successful Pest Control in Hydroponics
- Economic Evaluation of Push & Pull Systems in Hydroponics
- IPM for Hydroponics Automated monitoring systems
- Plant Selection (also in pots nearby)
- Cultivation problems
- Problems during rearing
- From vegetable growing
- Terms and definitions from microbiology
- Hybrid breeds
- Exsudation (en)
- pH and Ec: Fruit, Vegetables, Herbs
- Anadrom / Diadrom / Katadrom / Amphidrom / Potamadrom
- Climate Zone
- Histamine intolerance
- Solanine
- Taxonomy - Classification of living things
- Phasin
- Growing Season
- Biofilter: Biofilm
- Literature
- Biofilter: setting up and running in
- Chelated Micronutrients and their Benefits
- Turpentine
- Toxicity dose term LC50 LD50
- Emanuel Epstein (1918–2022)
- Root Zone Temperature
- Root Zone Temperature – Measurement Technology & Monitoring
- Root Zone Temperature – Control & Regulation
- Root Zone Optimization: Crop-Specific Strategies in Hydroponics
- Economic Viability of Hydroponic Systems: Energy vs. Yield and ROI Calculations
- Root Zone Temperature: Current Research Results
- The Business
- Aqua- / Hydroponics
- Biofilter
- Analysis
- Technology
- Analysis
- COD: Chemical Oxygen Demand
- Potassium, quantitative analysis
- Calcium, quantitative analysis
- Boron, quantitative analysis
- Iron, quantitative analysis
- Sulfur, quantitative analysis
- Nitrogen, quantitative analysis
- Copper, quantitative analysis
- Manganese, quantitative analysis
- Molybdenum, quantitative analysis
- Phosphorus, quantitative analysis
- Zinc, quantitative analysis
- Borate species in aqueous solution
- Chlorine, quantitative analysis
- Nickel, quantitative analysis
- Analysis laboratory supplies
- Aluminum, quantitative analysis
- Silicon, quantitative analysis
- Titanium, quantitative analysis
- Cobalt, quantitative analysis
- Sodium, quantitative analysis
- Vanadium, quantitative analysis
- Lithium, quantitative analysis
- Lead, quantitative analysis
- Mercury, quantitative analysis
- Arsenic, quantitative analysis
- Xylenol orange tetrasodium salt
- Expected in the analysis
- Cadmium, quantitativ analysis
- Detection limits / Question of meaning for titration
- Pesticides, Fungicides and Herbicides
- Arsenic, qualitative analysis
- Lead, qualitative analysis
- Mercury, qualitative analysis
- Cadmium, qualitative analysis
- Orders of Magnitude
- ppm to moles
- Mol ↔ ppm
- Example: Calculation of moles and grams of boron in boric acid
- Chemicals
- EDTA Titration Principle
- pH calculation from calcium hydroxide (Ca(OH)₂)
- No acid-base reaction
- Self-Built
- Nutrient Solutions
- Fertiliser
- Fertiliser: Calculation of nutrient solutions
- Fertilizer: Calculate a nutrient recipe
- Fertilizer: Essential Nutrients, Function, Deficiency and Exces
- Nutrient solution: The simplest Solution
- Murashige & Skoog Medium
- Fertilizer Calculator HowTo
- Fertilizer Calculator
- Standard nutrient solutions: Hewitt's Table 30A
- Hoagland Nutrient Solution
- Abram Steiner - Universal Nutrient Solution
- Tomatoes with Long Ashton / Hewitt nutrient solution for hydroponics
- Nutrient deficiency
- Aquaponic / Hydroponic
- Interactions with minerals
- Types of Plantation
- What is Hydroponics ?
- Nutrient media and nutrient solutions
- Automation & Control
- TDS, CF, EC, PPM Conversion
- pH and Ec: Cannabis
- Energy Costs
- Documentation Devices
- Photometry
- Biofilter (en)
- Aquaponic Diagramm
- Buy biofilter media
- Spectrophotometry: Methods and wavelengths
- Common Concentrations in Nutrients
- Technical terms
- Moles in Concentration Specifications
- Measurement of concentrations
- Moles to Grams
- Grams to Moles
- Periodic Table
- Biofilter: Expanded Granular Sludge Bed
- Biofilter: Upward-flow Anaerobic Sludge Blanket
- Thermal Insulation
- Thermal Insulation Overview
- Sizing
- BSB5 (en)
- Hydroponic Solutions
- Water hardness °dH
- PPM ⇄ EC ⇄ TDS ⇄ CF ⇄ mho ⇄ S
- Ecoponics technology
- EU Dynamic DNS Providers
- The Illusion of Security
- Software
- MidnightCommander & Ranger Hotkeys (UNIX/Linux)
- USB failing after several hours - xhci_hcd 0000:01:00.0: Ring expansion failed #5088
- ESP32 Code-Beispiel für Wasserstandsregler
- ESP32 Code-Beispiel für Ebb-and-Flow Pumpe
- ESP32 Code-Beispiel für Sonnenaufgang/Sonnenuntergang
- ESP32 Code-Beispiel für Temperatur/Feuchtigkeitsregler mit BME280
- ESP32 Code-Beispiel für CO2-Regelung mit MH-Z19B (UART)
- Dateinamen-Checker für Multi-System-Kompatibilität
- Studies
- Research
- Selfmade | DIY
- 2) Material Selection
- 1) Concept of a hydroponic system
- 3) The blue bin from the DIY store
- 4) Measure, control, regulate
- Introduction to Smart Garden
- Smart Gardens # 1: Sensors
- Smart Gardens # 2: Automation
- Smart Gardens # 3: Efficiency & Growth
- Smart Gardens # 4: Monitoring & Control
- Smart Gardens # 5: Email Alerts
- Smart Gardens # 6: Web Interface & Remote Access
- Smart Gardens # 7: Smart Home
- Smart Gardens # 8: Data Analysis and Optimization
- Smart gardens: Alarms
- Control via the Internet
- Analysis
