EMail Data Entry - PowerPoint PPT Presentation

1 / 16
About This Presentation
Title:

EMail Data Entry

Description:

Each GLOBE school has a unique school ID ... GLOBE allows you to define more than one study site for each protocol if you wish ... – PowerPoint PPT presentation

Number of Views:134
Avg rating:3.0/5.0
Slides: 17
Provided by: williaml154
Category:
Tags: data | email | entry | globe

less

Transcript and Presenter's Notes

Title: EMail Data Entry


1
E-Mail Data Entry
  • Entering GLOBE Data Via E-Mail

2
Email Data Entry
  • To Send an email data entry
  • On the To line enter GLOBE_at_FSL.NOAA.GOV
  • On the Subject line enter DATA
  • Begin your message with //AA
  • End your message with //ZZ
  • Notes
  • All fields are case insensitive
  • Refer to the E-Mail data entry instructions for
    details
  • http//www.globe.gov/hq/templ.cgi?emaildata

3
Required E-Mail Format
  • TO GLOBE_at_FSL.NOAA.GOV
  • SUBJECT DATA
  • CC
  • --------------------------------------------------
    --------
  • //AA
  • ...MEASUREMENTS...
  • //ZZ

4
Message Text for Measurements
Measurement Code
School ID
Time and Date of Measurement
Measurement Values
Site Number
5
School ID
  • Each GLOBE school has a unique school ID
  • To enter data, you must use the unique ID for
    your school
  • For practice in the training, we will use a
    special training ID - Dont use this one at home
  • PRACTICE SCHOOL ID ZZZZTEST
  • No password is required for E-Mail data entry

6
Site Number
  • GLOBE allows you to define more than one study
    site for each protocol if you wish
  • Each study site you define has a number
  • If you have only one study site per group of
    protocols, (for example one weather station),
    then simply put a 1 for your study site number.
  • If you have defined more than one study site for
    a given measurement, you would enter the number
    of the site here.

7
Format for Date and Time
  • All measurements must be accompanied by the time
    at which the measurement was taken (NOT the time
    at which the measurement is reported)
  • Time must be reported in Universal Time (UT), in
    the format below
  • YYYYMMDDHHmm, where
  • YYYY calendar year (e.g. 2001)
  • MM calendar month (01-12, where January 01)
  • DD day of month (01-31)
  • HH hour of day UT (00-23, where 00 midnight
    UT)
  • mm minutes (00-59)

8
Missing Data
  • For any missing fields use an X. For example
  • PR ZZZZTEST 1 200012101215 7 1 X X
  • SWTP ZZZZTEST 1 200012101237 N X 7.5 PN

9
Comments
  • Use comments to indicate special circumstances
  • Comments are not required
  • Add comments at the end of a line
  • Your comment must NOT include any of the
    measurement codes (e.g. SWTP, CO, etc), or it
    will cause an error.
  • Your comment may exceed one line
  • Examples
  • Air temperature with no comment
  • ATM ZZZZTEST 1 200101270527 12 20 8
  • Air temperature with comment
  • ATM ZZZZTEST 1 200101270527 12 20 8 There was a
    fire near the school today that may have affected
    the maximum temperature.

10
Study Site Location
  • For all GLOBE measurements, you must specify the
    location of all your study sites.
  • Some schools may wish to define more than one
    study site per protocol, for example to compare
    the hydrology of different parts of a lake.
  • Site Location data must be received and processed
    1 day before you can enter any other data for
    that site.
  • Once you have received confirmation from GLOBE
    that your site location information was accepted,
    then you can enter site metadata, and any other
    data taken from that site.

11
Format For Study Site Location
  • Field1 SL
  • Field2 School ID
  • Field3 Site Type (ATM-dd, SWS-dd, SCS-dd,
    SMS-dd, BIO-dd, GRN-dd, PHN-dd, LIL-dd)
    Atmosphere, Hydrology, Soil Characterization,
    Soil Moisture, Biology, Green Up/Down, Phenology,
    Lilacs
  • Field4 Day of Measurement in UT (YYYYMMDD)
  • Field5 Data Source (GGPS, OOther, DDefault to
    School Location)
  • Field6 Latitude (decimal degrees)
  • Field7 Longitude (decimal degrees)
  • Field8 Elevation (meters)

TO GLOBE_at_FSL.NOAA.GOV SUBJECT DATA //AA SL
ZZZZTEST ATM-01 200102171636 G 35.8223 -145.3666
1509 //ZZ
12
Air Temperature Study Site Metadata
  • Field1 ATSSM
  • Field2 School ID
  • Field3 Site Number
  • Field4 Day of Measurement in UT (YYYYMMDD)
  • Field5 Are you completing or correcting
    information about a site, or has something
    physically changed about the site (
    CCompleteing/Correcting, UUpdating )
  • Field6 Has obstacles over 14 degrees high (
    YYes, NNo )
  • Field7 Has buildings within 10 meters ( YYes,
    NNo )
  • Field8 Slope angle ( degrees )
  • Field9 Compass direction facing up slope ( N,
    NE, E, SE, S, SW, W, NW )
  • Field10 Height of the top of the rain gauge (
    cm )
  • Field11 Height of the bulb of the max/min
    thermometer ( cm )
  • Field12 Height of the clip in the ozone
    measurement station ( cm )
  • Field13 Surface Cover of Site ( PPaved, BBare
    Ground, SGShort Grass, LGLong Grass, SSand,
    RRoof )
  • Example ATSSM ZZZZTEST 1 200102171636 C N Y 7
    NE 180 155 140 SG

13
Air Temperature
  • Field1 ATM
  • Field2 School ID
  • Field3 Site Number
  • Field4 Time and Date of Measurement in UT
    (YYYYMMDDHHmm)
  • Field5 Current Temperature (degrees C)
  • Field6 Daily Maximum Temperature (degrees C)
  • Field7 Daily Minimum Temperature (degrees C)
  • Example ATM ZZZZTEST 1 200102181636 17.0 20.5
    11.0

14
Precipitation Rain
  • Field1 PR
  • Field2 School ID
  • Field3 Site Number
  • Field4 Time and Date of Measurement in UT
    (YYYYMMDDHHmm)
  • Field5 Rainfall Amount (mm, T for trace amount
    less than 0.5 mm)
  • Field6 Period over which precipitation fell
    (days)
  • Field7 pH of Rain
  • Field8 Technique for Measuring the pH value (PP
    pH Paper, PN pH Pen, and M pH Meter)
  • Example PR ZZZZTEST 1 200102181636 7 3 7.8 M We
    started using a new pH meter today.

15
Cloud Observations
  • Field1 CO
  • Field2 School ID
  • Field3 Site Number
  • Field4 Time of Measurement
  • Field5 Cloud cover - NNo Clouds, CClear,
    IIsolated, SScattered, BBroken, OOvercast,
    OBObscured
  • Field 6 If OB, Obscuration type, 0 absent, 1
    present (If not OB, put X)
  • 1st character Blowing Snow 6th character
    Volcanic Ash
  • 2nd character Heavy Snow 7th character Smoke
  • 3rd character Heavy Rain 8th character Dust
  • 4th character Fog 9th character Sand
  • 5th character Spray 10th character Haze
  • Field 7 If not OB Cloud type, 0 absent, 1
    present (If OB, put X)
  • 1st character Cirrus 6th character Stratus
  • 2nd character Cirrocumulus 7th character
    Stratocumulus
  • 3rd character Cirrostratus 8th character
    Nimbostratus
  • 4th character Altostratus 9th character Cumulus
  • 5th character Altocumulus 10th character
    Cumulonimbus
  • Example 1 CO ZZZZTEST 1 200102181636 S X
    0110000000
  • Example 2 CO ZZZZTEST 1 200102191711 OB
    0000001000 X

16
Example GLOBE Email Data Entry
  • TO GLOBE_at_FSL.NOAA.GOV
  • SUBJECT DATA
  • //AA
  • ATSSM ZZZZTEST 1 200102171636 C N Y 7 NE 180 155
    140 SG
  • ATM ZZZZTEST 1 200102181636 17.0 20.5 11.0
  • PR ZZZZTEST 1 200102181636 7 3 7.8 M We started
    using a new pH meter today.
  • CO ZZZZTEST 1 200102181636 S X 0110000000
  • CO ZZZZTEST 1 200102191711 OB 0000001000 X
  • //ZZ
Write a Comment
User Comments (0)
About PowerShow.com