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Watch Dog Retriever and Pup Weather Stations

3.5

WatchDog Retriever and Pup Weather Stations

Wireless sensor network that allows growers and researchers the ability to…

  • Monitor crop and soil microclimates for:
    • Soil moisture/irrigation scheduling
    • Insect and disease pressures
    • Frost/temperature alerts
    • Plant growth
    • Additional sensor inputs
  • Transmit data in rolling/complex topography
  • Collect site specific data with one system
  • Mesh networks are “self-healing,” since the network automatically finds the fastest and most reliable paths to send data, even if nodes (Pups) are blocked or lose their signal

Applications for Plant Management

• Monitor frost temperatures for real-time decisions to protect crops
• Track soil moisture and EC in numerous locations for better irrigation practices
• Record temperature and humidity for decisions regarding disease and insect pressure

Network Components

WatchDog Retriever

Retriever logs sensor data from its network of Pups (max 16 Pups per network).

  • Single button operation: switch modes, download data, upload configuration, and check battery status
  • Tri-colored LEDs indicate mode, battery level, data communication status, and configuration status
  • Non-volatile memory preserves your logged data, even when the batteries are removed
  • Transfer data or configuration information via flash drive or direct PC connection
  • Internal flash memory on the Retriever will hold approximately 6 months of data for a 10 Pup network using 15 minute logging intervals
  • Spectrum-supplied USB flash drive will hold several years of data at the Retriever for a 10 Pup network using 15 minute logging intervals
  • 3.5mm stereo port for computer connection USB cable (included)
  • AUX port for wireless (DataScout Cellular or WiFi modem) communication connection
  • Includes six non-rechargeable AA batteries (8 months typical life)
  • DC port for optional AC/DC power adapter (Max 17VDC)
  • Optional solar package includes rechargeable battery pack (2200 mAh, 7.2V NiMH), and 5W solar panel
  • Retrievers are available in both 900 MHz (US customers) and 2.4 GHz bands (international customers)
  • Retriever & Pups Launch Utility software included on USB flash drive

WatchDog Pups

Each Sensor Pup within the network is compatible with a diverse number of sensors and offers flexibility by allowing the grower to monitor the sensor inputs they require.

  • Pups are available in 3 types: Sensor Pup, Station Pup, and Repeater Pup
  • Single button operation: check battery status, signal strength, and join sensor network
  • Tri-colored LEDs indicate battery level, signal strength, and data communication status
  • Includes six non-rechargeable AA batteries (8 months typical life)
  • Communication range of 2,500 ft (about 1/2 mile), line-of-sight installation recommended between Pups or Retriever
  • Pups are available in both 900 MHz (US customers) and 2.4 GHz bands (international customers)
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WatchDog Sensor Pups

  • Connect up to 4 external sensors via 2.5mm stereo-plug
  • Can monitor high, low, current, and average values for each sensor during each logging period

WatchDog Station Pups

  • Connects to your existing WatchDog 2000 Series Full and Mini Weather Stations
  • Sends all Weather Station sensor data to your Retriever network
  • No external sensors, can only be connected to another device.

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Weather stations play a crucial role in modern farming practices by providing accurate and timely weather data. The sustainability of weather stations in farming depends on various factors:

  1. Energy Efficiency: Weather stations typically require a power source to operate. The sustainability of a weather station can be improved by using energy-efficient technologies, such as solar panels or wind turbines, to power the station. This reduces reliance on non-renewable energy sources and minimizes the carbon footprint associated with the station's operations.

  2. Data Transmission: Weather stations often transmit data wirelessly to a central database or directly to farmers' devices. Opting for low-power, long-range communication technologies, such as LoRaWAN or satellite connectivity, can minimize the energy consumption associated with data transmission and improve the overall sustainability of the station.

  3. Sensor Calibration and Maintenance: Regular calibration and maintenance of weather station sensors are essential to ensure accurate data collection. Proper maintenance practices, such as cleaning, repairing or replacing faulty sensors, can extend the lifespan of the station and reduce the need for frequent replacements, thus contributing to sustainability.

  4. Material Selection and Lifespan: Weather station components should be built to last and withstand harsh environmental conditions. Using durable materials and protective coatings can increase the lifespan of the station, reducing the need for frequent replacements and minimizing waste generation.

  5. Data Analysis and Integration: Weather data collected by the station can be utilized to optimize farming practices, reduce resource inputs, and improve crop yields. By integrating weather station data with advanced analytics and precision farming techniques, farmers can make informed decisions, reduce water usage, optimize fertilizer application, and minimize environmental impact.

  6. Scalability and Accessibility: Promoting the use of weather stations across a wide range of farms, including small-scale and resource-constrained operations, can enhance sustainability. Weather station manufacturers and service providers can focus on developing cost-effective solutions and ensuring accessibility to farmers in different regions.

  7. End-of-Life Management: Proper disposal and recycling of weather station components at the end of their life cycle are crucial for sustainability. Manufacturers should consider designing stations with recyclable materials and provide guidelines for responsible disposal.

By considering these factors and adopting sustainable practices in the design, operation, and maintenance of weather stations, their sustainability in farming can be significantly improved.

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