Peach Ck at Hwy 90 nr Waelder, TX

Important information about this monitoring location

The elevation of this station has been determined to be 289.91 feet above NAVD 1988. To obtain stream water-surface elevation values in NAVD 1988, add 289.91 feet to gage height values.

Location details and information

Metadata Element	Location Metadata	Metadata Code
Agency	U.S. Geological Survey	USGS
Site identification number	08174550	_n/a
Site name	Peach Ck at Hwy 90 nr Waelder, TX	_n/a
Site type	Stream	ST
DMS latitude	294108.89	_n/a
DMS longitude	0971350.94	_n/a
Decimal latitude	29.68580278	_n/a
Decimal longitude	-97.2308167	_n/a
Latitude-longitude method	Interpolated from Digital MAP.	N
Latitude-longitude accuracy	Accurate to + or - .1 sec (Differentially-Corrected GPS).	1
Latitude-longitude datum	North American Datum of 1983	NAD83
Decimal Latitude-longitude datum	North American Datum of 1983	NAD83
District	Texas	48
State	Texas	48
County	Gonzales County	177
Country	US	_n/a
Land net location description		_n/a
Name of location map		_n/a
Scale of location map	24000	_n/a
Altitude of Gage/land surface	289.91 feet	_n/a
Method altitude determined	GNSS2 - Level 2 Quality Survey Grade Global Navigation Satellite System	X
Altitude accuracy	.02 feet	_n/a
Altitude datum	North American Vertical Datum of 1988	NAVD88
Subbasin hydrologic unit	Middle Guadalupe	12100202
Drainage basin		_n/a
Topographic setting	Stream channel	C
Flags for instruments at site	NNNNYNNNNNNNNYNNYNNNNNNNNNNNNN	_n/a
Date of first construction		_n/a
Date site established or inventoried	20160511	_n/a
Drainage area	107 square miles	_n/a
Contributing drainage area	107 square miles	_n/a
Time Zone abbreviation	CST	_n/a
Site honors Daylight Saving Time	Y	_n/a
Data reliability	Minimal data.	M
Data-other GW files		_n/a
National aquifer		_n/a
Local aquifer		_n/a
Local aquifer type		_n/a
Well depth		_n/a
Hole depth		_n/a
Source of depth data		_n/a
Project number		_n/a

Operated in cooperation with:

Texas State Soil and Water Conservation Board

Texas Water Development Board