Weather Trackers
₹85,000.0
WatchDog Weather Trackers:-
- Record and display conditions in your orchard, vineyard or greenhouse that can alert you to insect and plant disease pressure
- Values are calculated based on sensor readings taken every 15 minutes
Degree days:
- Program up to three degree-day memories and one chill-hour memory
- A solar radiation shield and 15-minute degree-day data point interval results in exceptionally accurate degree-day calculation
Built-in Data Logger:
- Store your events in fail-safe, non-volatile memory
- Replace the batteries without losing valuable weather data
- More than enough memory for a complete growing season
LCD display:
- Displays the current conditions in addition to the daily high/low temperature readings, degree days, leaf wetness hours*, disease pressure*, DLI/DIF (Daily Light Integral) and DIF temperature aid in growing greenhouse plants
- Recall the last 30 days of detail data, as well as 12 months of summaries
- Current readings are updated every 15 seconds
Battery powered:
- 8-month battery power source (9V battery included) means no solar panels to purchase or maintain
*on applicable models
Model 305 includes a quantum light to measure your plants’ light exposure over time (in moles/day). The 305 is a comprehensive tool to assess physiological maturity of your plants.
Model 300 offers degree-day and chill hour recording functions at an affordable price. A helpful system to assess plant maturity, pinpoint optimum harvest time, or monitor pest life-cycles.
Apple and pear growers will benefit from the Model 320‘s disease forecasting functions. Forecasts for apple scab are generated from validated disease models. Add this to degree-day and chill hour tracking for a comprehensive self-contained analysis tool.
Grape growers can avoid costly disease outbreaks with the Model 330‘s Powdery Mildew forecasting functions. Add this to degree-day and chill hour tracking for a comprehensive analysis tool.
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Weather stations play a crucial role in promoting sustainability in farming practices. They provide valuable data and insights that help farmers make informed decisions and optimize their agricultural operations. Here are some ways weather stations contribute to sustainability in farming:
Water conservation: Weather stations provide real-time information on rainfall patterns, evapotranspiration rates, and soil moisture levels. This data enables farmers to optimize irrigation schedules, reducing water waste and promoting efficient water use.
Crop management: Weather stations help farmers monitor temperature, humidity, and wind conditions, allowing them to make informed decisions about planting, fertilization, and pest control. By aligning farming activities with weather patterns, farmers can minimize the use of chemicals and reduce the environmental impact of their operations.
Disease and pest management: Weather data collected by stations can be used to predict the occurrence and spread of plant diseases and pests. Early detection and proactive measures can help farmers implement targeted interventions, reducing the need for widespread pesticide applications and minimizing ecological harm.
Energy optimization: Weather stations assist farmers in optimizing energy usage, such as powering irrigation systems, heating or cooling greenhouse structures, or managing ventilation. Accurate weather forecasts enable farmers to align energy-intensive activities with periods of abundant renewable energy, reducing reliance on fossil fuels and minimizing greenhouse gas emissions.
Yield forecasting: By analyzing historical weather data, farmers can develop predictive models for crop yields. This information helps optimize harvest planning, reducing food waste and ensuring efficient resource allocation.
Climate change adaptation: Weather stations provide long-term climate data, aiding farmers in understanding climate trends and adapting their practices accordingly. By anticipating changes in temperature, precipitation patterns, and extreme weather events, farmers can implement mitigation and adaptation strategies to safeguard their crops and livelihoods.
It's important to note that the sustainability of weather stations in farming depends on their proper maintenance, calibration, and integration with other technologies and farming practices. Additionally, ensuring access to weather station data and promoting knowledge sharing among farmers and researchers can further enhance the sustainability benefits of these tools.
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