Tag Archives: Okapilco Creek

Typical USGS streamgage costs with example near Okapilco Creek

Update 2021-03-09: The funding cost per gauge has gone up, to $22,500, of which usually the USGS contributes about $900.

How much would it cost to fund the Okapilco Creek gage so it won’t go offline July 31st? 300x342 Pie: Percentages of funding in various activities, in Streamgage Operation and Maintenance Cost Evaluation, by U.S. Geological Survey, for WWALS.net, 1 June 2010 About $13,600/year, more or less, mostly for field and office labor and administration, with only 10% for the field equipment. Since this gage is located in Brooks County, Georgia, the most likely funding body (after USGS itself) would be the Brooks County Commission. Yes, it’s in WWALS watersheds; no, WWALS doesn’t plan to take on funding streamgages. If some funding organization appeared that wanted to pass the funds through WWALS, which is a 501(c)(3) educational institution, that would be possible. But this seems more like a government issue.

Costs

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Funding needed for Okapilco Creek gage

In USGS Groundwater Data for Georgia:

The following streamgage will be shut down on July 31, 2015 unless alternative funding can be found:

  • 02318700 Okapilco Creek at Georgia Highway 333, near Quitman, Georgia

For questions regarding this threatened streamgage, please contact Tony Gotvald at (678) 924-6648 or agotvald@usgs.gov.

-jsq

USGS Flood-Tracking Chart for Withlacoochee and Little River Basins

An interesting flyer pointed out by Emily Davenport, Storm Water Utilities Director, City of Valdosta. It has many useful contacts on the front, and tips on the back (don’t walk or drive through flood waters) but the most useful part is inside, where the flood-tracking chart is, in Flood-tracking chart for the Withlacoochee and Little River Basins in south-central Georgia and northern Florida, 2014, by Gotvald, Anthony J.; McCallum, Brian E.; Painter, Jaime A., USGS General Information Product: 155.

Here are the gages mentioned in the chart, with links to the live USGS FloodTracking pages, Continue reading →

Entering Floridan Aquifer Recharge Zone

Maybe we need signs like that around here to remind people that what goes into the ground comes out in our drinking water. For example, San Antonio has its Edwards Aquifer Protection Program. Maybe our local governments need to have Floridan Aquifer Protection Programs. Georgia state law seems to indicate they should.

GA Secretary of State has GA Code §391-3-16-.02 Criteria For Protection of Groundwater Recharge Areas. (more legible copy on GA EPD website),

Georgia's Groundwater Recharge Areas (1) Background. Variable levels of recharge area protection can be based upon the State’s hydrogeology (e.g., areas such as the Dougherty Plain where a major aquifer crops out would receive a relatively high degree of protection whereas other areas, such as the shale hills of northwest Georgia, would receive a lower degree of protection). Recharge area protection within the significant recharge areas would be further refined, based upon the local susceptibility or vulnerability to human induced pollution (e.g., high, medium, or low). The significant recharge areas have already been identified and mapped (about 22-23% of the State). Pollution susceptibility mapping is ongoing. Existing statutes are adequate for protecting the remaining recharge areas (about 77-78% of the State).

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(2)(f)3. In the Coastal Plain, the significant recharge areas are Continue reading →

Streamer on the Suwannee, Alapaha, and Withlacoochee Rivers: ten or more rivers and many creeks, lakes, swamps, and ponds

Update 3 March 2016: Suwannee River, ten rivers, and current location of USGS streamer.

The USGS Streamer interactive map shows all (well, most) tributaries of our two biggest WWALS rivers. Visitors sometimes refer to our “four rivers” since we only originally named four in our WWALS mission: Withlacoochee, Willacoochee, Alapaha, and Little. Yet we added the upper Suwannee, and there always were more than that: from one to ten rivers, depending on how you count them.

600x817 WWALS Rivers, in WWALS Rivers, by John S. Quarterman, for WWALS.net, 25 July 2015

The Withlacoochee River tributary map here shows the New River south of Tifton joining the Withlacoochee between Nashville and Adel.

Withlacoochee River Alapaha River

The New River is rather important, since it forms half of the boundary between Cook and Berrien Counties (the Withlacoochee River forms the other half): Continue reading →