Today's Agricultural Metrics

🌡️
Temperature 26.3°C Min: 17.8°C | Max: 33.8°C
💧
Humidity 73.8% Min: 50% | Max: 94%
🌧️
Rainfall Today
current
0
mm
Water received so far
💨
Wind Speed 2.4 km/h Gusts: 9.6 km/h
☀️
Solar Radiation N/A W/m² Peak: N/A W/m²
🌅
UV Index 0 Peak: 13
🔥
Heating Degree Days
0.0
Energy needed for heating
❄️
Cooling Degree Days
7.9
Energy needed for cooling
🌱
Growing Degree Days
15.9
Plant growth accumulation
💧
Evapotranspiration (ET)
14.8 mm
Water loss from soil & plants
☀️
Sunshine Hours
N/A
Bright sunshine duration
Solar Energy
18.9 MJ/m²
Energy received today
Data for: Thursday, January 15, 2026

🌱 Air Quality & Plant Growth

How Atmospheric Gases Affect Your Garden

Atmospheric conditions significantly impact plant health, growth rates, and productivity. Understanding these factors helps optimize growing conditions and protect your crops.

💨 Carbon Dioxide (CO₂) - Plant Growth Fuel

Current CO₂ 467 ppm Good for plant growth
Today's Peak 649 ppm Maximum recorded today

🌿 Benefits for Plants:

  • 350-450 ppm: Normal outdoor levels - standard plant growth
  • 450-700 ppm: Slightly elevated - enhanced photosynthesis (up to 20% faster growth)
  • 700-1200 ppm: High levels - maximum photosynthesis in greenhouses
  • Impact: Higher CO₂ = more vigorous growth, better water efficiency, increased yields
🌳 Estimated CO₂ Absorption (Current Conditions)

Based on CO₂ level (467 ppm), peak sunlight (45 W/m²), and photosynthesis efficiency

🌳 Mature Tree
3.5g CO₂/day (1.3 kg/year)
🥬 Vegetable Garden (1m²)
0.3g CO₂/m²/day (10m² garden = 3g/day)
🌱 Lawn Grass (1m²)
0.1g CO₂/m²/day (100m² lawn = 12g/day)

💡 Your Garden Impact: With current conditions (CO₂ elevated, sunlight moderate), photosynthesis is operating at 6% of maximum efficiency. Higher CO₂ levels are boosting plant growth rates! Limited sunlight is reducing CO₂ uptake - wait for brighter conditions for optimal absorption.

⚠️ Ground-Level Ozone (O₃) - Plant Stress Factor

Current Ozone 27 ppb Low - minimal plant impact
Today's Peak 100 ppb Usually peaks in afternoon

⚠️ Effects on Plants:

  • 40-80 ppb: Normal background - no significant effect
  • 80-120 ppb: Moderate - sensitive plants may show stress
  • 120+ ppb: High - visible leaf damage, reduced growth, lower yields
  • Symptoms: Bronzing, stippling, yellowing of older leaves; reduced photosynthesis
  • Most vulnerable: Beans, tomatoes, potatoes, lettuce, spinach, grapes
  • More resistant: Corn, wheat, broccoli, onions

💡 Using Air Quality Data in Your Garden

  • High CO₂ mornings: Best time for transplanting and heavy watering - plants photosynthesize more efficiently
  • High ozone afternoons: Avoid leaf treatments, delay pruning, ensure adequate watering to reduce stress
  • High PM days: Rinse leaves with water in evening to remove particles, especially on vegetables
  • Greenhouse optimization: Monitor CO₂ levels - consider supplementation in sealed environments
  • Plant selection: In high-ozone areas, choose resistant varieties and avoid sensitive crops