From the Valley Courier (Ruth Heide):
This week [State Engineer Dick Wolfe] issued a draft policy concerning pumping limits for large-capacity wells in the Rio Grande Basin, Division 3 Engineer Craig Cotten announced to those attending the Rio Grande Water Conservation District board meeting yesterday in Alamosa.
The draft policy involves pumping limits for wells, specifically nonexempt large capacity wells, which have been required to meter usage for a few years now. Some of these wells have exceeded the pumping limits in their permits or decrees, Cotten explained, so they may be required to curtail or shut down pumping next year.
“We have actually started ensuring those limitations are complied with,” Cotten said on Tuesday, “but this policy sets it more in stone how we are going to do that and what steps we are going to take to ensure the wells are pumping within their limitations.”
He said this was something that needed to be handled, and this policy will set limits in black and white “so there’s no question.”
He described the bases that will be used to determine if a well has exceeded its limits. Some wells have maximum annual production they cannot exceed in any one year, such as 200-300 acre feet. On that basis, the water office has already ordered some wells to shut down, Cotten said.
“We do know there have been several that have exceeded their maximum annual production, and we have issued orders on those,” Cotten said…
The “volumetric pumping limits of nonexempt wells in the Rio Grande Basin” draft policy refers to the extreme multi-year drought in the basin as one of the main reasons this policy is under consideration. It says the drought years have affected the recharge and storage in groundwater aquifers serving as the water supply for municipal, domestic, irrigation and other water users throughout the Valley. The policy states that during this summer alone, for example, water table elevations declined up to six feet in some areas, and the unconfined aquifer storage in the closed basin, which has been measured over a period of 30-plus years, decreased by about 166,000 acre feet.