SNAPSHOT PRODUCTION SUMMARY
Date: 04-15-2024
Time: 11:33:38
Library Version:  23b_0410
Template:         user\premium_environment.rpt
Geographic Level: [BG] Block Group (2020)

FIELD REFERENCE

Number  Fields     Description

     1  ID         Geographic Area Code
     2  NAME       Geographic Area Name
     3  HHDCY      Households
     4  POPCY      Population
     5  NRKWRSKI   Weather Risk Scale Index 0-10
     6  NRKHURI    Hurricance Risk Scale Index 0-10
     7  NRKTORI    Tornado Risk Scale Index 0-10
     8  NRKHAILI   Hail Risk Scale Index 0-10
     9  NRKWINDI   Wind Risk Scale Index 0-10
    10  NRKWFRI    Wildfire Risk Scale Index 0-10
    11  NRKQUKI    Quake Risk Scale Index 0-10
    12  NRKSEALVLI Sea Level Scale Index 0-10
    13  NRKSTMSGI  Storm Surge Risk Scale Index 0-10
    14  NRKTSNMI   Tsunami Risk Scale Index 0-10
    15  RSKCYQUAK  Quake Risk
    16  RSKCYRISK  Weather Risk
    17  RSKCYHUFQ  Hurricane Frequency
    18  RSKCYHUAS  Hurricane Average Severity
    19  RSKCYHUMS  Hurricane Maximum Severity
    20  RSKCYHUNX  Hurricane Index
    21  RSKCYTOFQ  Tornado Frequency
    22  RSKCYTOAI  Tornado Average Intensity
    23  RSKCYTOFT  Tornado Fatalities
    24  RSKCYTODM  Tornado Damage
    25  RSKCYTONX  Tornado Index
    26  RSKCYHAFQ  Hail Frequency
    27  RSKCYHAAS  Hail Average Severity
    28  RSKCYHAMS  Hail Maximum Severity
    29  RSKCYHANX  Hail Index
    30  RSKCYWIFQ  Wind Frequency
    31  RSKCYWIAS  Wind Average Severity
    32  RSKCYWIMS  Wind Maximum Severity
    33  RSKCYWINX  Wind Index
    34  RSKCYWFRAW Wildfire Risk Raw
    35  RSKCYWFIRE Wildfire Risk Severity Index
    36  TMPAVEANN  Average Annual Temperature
    37  TMPMAXANN  Average Annual High Temperature
    38  TMPMINANN  Average Annual Low Temperature
    39  TMPAVEJAN  Average January Temperature
    40  TMPMAXJAN  Average January High Temperature
    41  TMPMINJAN  Average January Low Temperature
    42  TMPAVEJUL  Average July Temperature
    43  TMPMAXJUL  Average July High Temperature
    44  TMPMINJUL  Average July Low Temperature
    45  PREANNRAIN Annual Rainfall
    46  PREANNSNOW Annual Snowfall
    47  DEGDAYCOOL Cooling Degree Days
    48  DEGDAYHEAT Heating Degree Days
    49  OZONE      Ozone Index
    50  CARBMONO   Carbon Monoxide Index
    51  LEAD       Lead Index
    52  NO2        NO2 Index
    53  PM10       Particulate Matter Index
    54  PKZ20ZONE  Plant Hardiness Zone
    55  PKZ20ZONE2 Secondary Plant Hardiness Zone
    56  KC20CLASS  Climate
    57  KCC20CLSS2 Secondary Climate Classification
    58  AREA       Area in Square Miles
    59  SLD22AREA  Total Area in Square Miles
    60  SLD22WATER Water Area
    61  SLD22LAND  Land Area
    62  SLD22PROT  Protected Area
    63  SLD22UNPRO Unprotected Area
    64  NRKELEV    Elevation
    65  NRKSLOPE   Average Slope
    66  NRKSLPSTD  Standard Deviation of Slope
    67  NRKTRUGI   Terrain Ruggedness Scale Index
    68  NRKMINELEV Minimum Elevation
    69  NRKMAXELEV Maximum Elevation
    70  DNI22ANN   Annual Direct Normal Irradiance
    71  GHI22ANN   Annual Global Horizonal Irradiance
    72  LAT22ANN   Annual Latitude Equals Tilt Irradiance
    73  DNI22JAN   January Direct Normal Irradiance
    74  DNI22FEB   February Direct Normal Irradiance
    75  DNI22MAR   March Direct Normal Irradiance
    76  DNI22APR   April Direct Normal Irradiance
    77  DNI22MAY   May Direct Normal Irradiance
    78  DNI22JUN   June Direct Normal Irradiance
    79  DNI22JUL   July Direct Normal Irradiance
    80  DNI22AUG   August Direct Normal Irradiance
    81  DNI22SEP   September Direct Normal Irradiance
    82  DNI22OCT   October Direct Normal Irradiance
    83  DNI22NOV   November Direct Normal Irradiance
    84  DNI22DEC   December Direct Normal Irradiance
    85  GHI22JAN   January Global Horizonal Irradiance
    86  GHI22FEB   February Global Horizonal Irradiance
    87  GHI22MAR   March Global Horizonal Irradiance
    88  GHI22APR   April Global Horizonal Irradiance
    89  GHI22MAY   May Global Horizonal Irradiance
    90  GHI22JUN   June Global Horizonal Irradiance
    91  GHI22JUL   July Global Horizonal Irradiance
    92  GHI22AUG   August Global Horizonal Irradiance
    93  GHI22SEP   September Global Horizonal Irradiance
    94  GHI22OCT   October Global Horizonal Irradiance
    95  GHI22NOV   November Global Horizonal Irradiance
    96  GHI22DEC   December Global Horizonal Irradiance
    97  LAT22JAN   January Latitude Equals Tilt Irradiance
    98  LAT22FEB   February Latitude Equals Tilt Irradiance
    99  LAT22MAR   March Latitude Equals Tilt Irradiance
   100  LAT22APR   April Latitude Equals Tilt Irradiance
   101  LAT22MAY   May Latitude Equals Tilt Irradiance
   102  LAT22JUN   June Latitude Equals Tilt Irradiance
   103  LAT22JUL   July Latitude Equals Tilt Irradiance
   104  LAT22AUG   August Latitude Equals Tilt Irradiance
   105  LAT22SEP   September Latitude Equals Tilt Irradiance
   106  LAT22OCT   October Latitude Equals Tilt Irradiance
   107  LAT22NOV   November Latitude Equals Tilt Irradiance
   108  LAT22DEC   December Latitude Equals Tilt Irradiance
   109  SLD22WALK  Walkability Index
   110  SLD22SLC   Smart Location Coefficient

FORMULA REFERENCE

Number Formula
    34 TMPAVEANN=TMP1/100
    35 TMPMAXANN=TMP2/100
    36 TMPMINANN=TMP3/100
    37 TMPAVEJAN=TMP4/100
    38 TMPMAXJAN=TMP5/100
    39 TMPMINJAN=TMP6/100
    40 TMPAVEJUL=TMP7/100
    41 TMPMAXJUL=TMP8/100
    42 TMPMINJUL=TMP9/100
    43 PREANNRAIN=TMP10/100
    44 PREANNSNOW=TMP11/100
    52 PKZ20ZONE=DOMINANT(1,PKZ20Z1A:PKZ20Z13,PLANT_HARDINESS_ZONE_TEXT)
    53 PKZ20ZONE2=DOMINANT(2,PKZ20Z1A:PKZ20Z13,PLANT_HARDINESS_ZONE_TEXT)
    54 KC20CLASS=DOMINANT(1,KCC20AF:KCC20ET,CLIMATE_SUBZONE_TEXT)
    55 KCC20CLSS2=DOMINANT(2,KCC20AF:KCC20ET,CLIMATE_SUBZONE_TEXT)
    66 NRKMINELEV=MIN(NRKMINE)
    67 NRKMAXELEV=MAX(NRKMAXE)


End Notes

1. Index values are 100 based, with the national average=100.  A value of 50 indicates one-half the national average, and a value of 200 indicates twice the national average.
2. Cooling degree days are the annual total of the daily difference between the daily high temperature and 68.  Higher values indicate higher anticipated cooling requirements.
3. Heating degree days are the annual total of the daily difference between the daily low temperature and 68.  Higher values indicate higher anticipated heating requirements.
4. The wildfire risk raw index is based on a 0-32000 scale.
5. Area is approximate only and excludes internal water areas.
6. Index values range from 0-10 on a logarithmic scale.
7. Sample Data Only.   Final indexes for 2022A may be different
8. Plant Hardiness Zones are defined by the normal average minimum temperature (average coldest night of the year)
9. See https://en.wikipedia.org/wiki/Koppen_climate_classification for definitions and descriptions of climate classification.
10. See https://www.epa.gov/smartgrowth for discussion of walkability (range 0-20) and smart locations index (0-100).
11. Measurements are in kWh/meter squared.


References

     https://appliedgeographic.com/Data/Methodologies/Estimates and Projections.pdf
     https://appliedgeographic.com/Data/Methodologies/Environmental.pdf
     https://appliedgeographic.com/Data/Methodologies/CrimeRisk.pdf

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