Temperature (°F)
  • <=32
  • 33 - 40
  • 41 - 50
  • 51 - 70
  • 71 - 80
  • 81 - 90
  • >90
Tutorial
Video
icon

{station_name}

{date_time_string}

  • Temperature
    {dry_bulb_air_temp} °F
  • Wind Speed
    {wind_speed} MPH
  • Relative Humidity
    {humidity} %
Wet Bulb Temperature {wet_bulb_temp} °F
Wind Direction {wind_direction} °
Rainfall {rainfall} in
DAY DESCRIPTION HIGH / LOW PRECIP

Click here for help determining your critical temperature.

NWS Graphical Forecast

Minimum Overnight Temperature

Estimates minimum overnight temperature using Brunt Equation, and sunset air and dew point temperatures.

Last Night's Minimum Temperature Estimates

Station Est. Min T air° F Est. Min T air muck Sunset(DST) Air Temp ° F Dew Point Temp ° F

Click here for more information.

Forecast Tracker

The Forecast Tracker plots the current and forecasted temperature on a graph to show how well these values "track" each other, and if critical levels are likely over the next 24 hours.

Time Observation NWS Diff index

Click here for more information.

Irrigation Risk (Evaporative Cooling Potential)

Evaporative cooling may result in plant damage when water is used for cold protection during dry windy conditions. Below is a table that categorizes evaporative cooling potential as "irrigation risk".

Click here to view irrigation risk criteria.

Station Current Irrigation Risk Current Air Temp ° F Current Wet Bulb Temp ° F Current Max Wind Speed mph

*Note: 'None' for Irrigation Risk indicates that Tair was at least 10 degrees F above your critical temperature, or at least 6 degrees above Twetbulb with little wind. In either case you should always use your best judgement to determine whether to irrigate.

Irrigation Cutoff Temperature

Once the cutoff temperature has been reached, it is not necessary to continue irrigation until all ice has melted from the plant.

Station Cutoff Temp ° F Current Air Temp ° F Current Wet Bulb Temp ° F Current Max Wind Speed mph

Click here for more information.

Date Range

  • 3 days
  • 7 days
  • 14 Days
  • 30 Days
  • Specified Date
From
To

Report Type

  • 15 mins
  • Hourly Avgs
  • Daily Avgs
  • Monthly Avgs

Measurements

  • Temperature
  • WetBulb Temp
  • Relative Humidity
  • Wind Speed
  • Wind Direction
  • Rainfall
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{stnName}

{dateTimes}

  • Temperature
    {temp2mF} °F
  • Wind Speed
    {windSpeed10mMph} MPH
  • Relative Humidity
    {relHum2mPct} %
Temp @ 60cm {temp60cmF} °F
Temp @ 10m {temp10mF} °F
Soil @ -10cm {soilTemp10cmF} °F
Rainfall {rainFall2mInch} in
Wind Dir @ 10m {windDir10mDeg} °
Dew Point @ 2m {dewPoint2mF} °F
ET {etInch} in
Pressure {bp2m} mb
Average Rad {totalRad2mWm2} W/m2
DAY DESCRIPTION HIGH / LOW PRECIP

Click here for help determining your critical temperature.

NWS Graphical Forecast

Minimum Overnight Temperature

Estimates minimum overnight temperature using Brunt Equation, and sunset air and dew point temperatures.

Last Night's Minimum Temperature Estimates

Station Est. Min T air° F Est. Min T air muck Sunset(DST) Air Temp ° F Dew Point Temp ° F

Click here for more information.

Forecast Tracker

The Forecast Tracker plots the current and forecasted temperature on a graph to show how well these values "track" each other, and if critical levels are likely over the next 24 hours.

Time Observation NWS Diff index

Click here for more information.

Irrigation Risk (Evaporative Cooling Potential)

Evaporative cooling may result in plant damage when water is used for cold protection during dry windy conditions. Below is a table that categorizes evaporative cooling potential as "irrigation risk".

Click here to view irrigation risk criteria.

Station Current Irrigation Risk Current Air Temp ° F Current Wet Bulb Temp ° F Current Max Wind Speed mph

*Note: 'None' for Irrigation Risk indicates that Tair was at least 10 degrees F above your critical temperature, or at least 6 degrees above Twetbulb with little wind. In either case you should always use your best judgement to determine whether to irrigate.

Irrigation Cutoff Temperature

Once the cutoff temperature has been reached, it is not necessary to continue irrigation until all ice has melted from the plant.

Station Cutoff Temp ° F Current Air Temp ° F Current Wet Bulb Temp ° F Current Max Wind Speed mph

Click here for more information.

{stnName}

{date_time_string}

  • Temperature
    {dry_bulb_air_temp} °F
  • Wind Speed
    {wind_speed} MPH
  • Relative Humidity
    {humidity} %
Wet Bulb Temperature {wet_bulb_temp} °F
Wind Direction {wind_direction} °
Rainfall {daily_rainfall} in
Solar Radiation {solar_radiation} W/m^2
DAY DESCRIPTION HIGH / LOW PRECIP