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Time:2022-10-16 11:27:45 Popularity:1854
Agricultural meteorological stations in vineyards provide local weather data for grape production, including temperature, humidity, wind, rainfall and other selected parameters. The station should represent the vineyard block and support decisions such as frost review, spraying and irrigation planning.
Vineyards often have microclimate differences caused by slope, row direction, elevation and surrounding shelter. Local temperature and humidity help review frost and disease-risk context. Wind data supports spraying decisions. Rainfall records support irrigation and drainage review.
The station should be installed where it represents the managed block, with enough access for maintenance.
| Item | What to confirm | Project value |
|---|---|---|
| Vineyard risk | Frost, humidity, wind, rainfall or heat. | Defines channels. |
| Site choice | Representative block, suitable exposure and access. | Controls data quality. |
| Data receiver | Display, logger, gateway or platform. | Defines user access. |
| Power | Mains or solar by site condition. | Supports continuity. |
| Acceptance | Readings, labels, history and installation record. | Confirms usability. |
NiuBoL agricultural weather stations should be selected using current documents. If vineyard managers need platform access, communication equipment and channel names should be specified. If data connects to an existing system, confirm output and protocol before installation.
Weather data helps explain conditions but does not replace vineyard inspection. One station may not represent all blocks when slopes or exposure vary. For higher-risk blocks, additional stations or soil monitoring may be needed.
Handover should include the block name, sensor location, live data, history and maintenance notes.
Handover should include station location, block name, channel list, power status, communication settings and first normal data. If the station will support spraying or frost review, users should know where to find wind history and low-temperature records.
For long-term vineyards, record canopy changes or nearby construction that may affect exposure.
For vineyards that use protective covers or variable canopy management, record seasonal changes around the station. These changes may affect humidity, wind and rainfall interpretation.
If disease-risk review is part of the vineyard requirement, confirm which local data the agronomist will use. Do not add sensors that will not be reviewed during management.
For seasonal vineyard reports, keep weather records aligned with block operations such as pruning, irrigation, spraying and harvest windows. This makes station data easier to use in later management review.
Q1: Why use a meteorological station in vineyards?
It provides local weather records for frost, spraying, rainfall, irrigation and crop-condition review.
Q2: Where should it be installed?
Install it at a representative vineyard block with suitable exposure and service access.
Q3: Which parameters are useful?
Temperature, humidity, wind and rainfall are common; other channels depend on project need.
Q4: Can it upload data to a platform?
Yes when compatible acquisition and communication equipment are included.
Q5: What should acceptance verify?
Verify readings, units, block labels, history, upload if used and installation records.
Q6: When is one station not enough?
One station may not be enough when vineyard blocks have different slope, elevation or exposure.
Vineyard meteorological stations should match block conditions and management decisions. NiuBoL configuration should confirm channels, receiver and maintenance requirements.
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Agriculture Sensors and Weather Stations Catalog-NiuBoL.pdf
Weather Stations Catalog-NiuBoL.pdf
Agriculture Sensors Catalog-NiuBoL.pdf
Water Quality Sensor Catalog-NiuBoL.pdf
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