WASHINGTON, Nov. 18, 2015 - Jason
Weller, chief of USDA’s Natural Resources Conservation Service, sat down with Agri-Pulse in an exclusive interview
recently to give his take on the living legacy of NRCS programs, and to explain
why he thinks voluntary, incentive-based conservation can be just as effective,
if not more, than regulatory action.
Case in point: The sage grouse
In September, the Obama administration
decided not to list the sage grouse under the Endangered Species Act, allowing
private landowners and industry to avoid federal land use regulations across
165 million acres in the bird’s 11-state Western range.
Weller said “all the potential was
there” for a sage grouse listing that would affect the West like the ESA
listing of the spotted owl did in the Pacific Northwest. “It could have been
just as impactful . . . except on a land area 12 times bigger.”
But “it didn’t happen,” he said,
“because ranchers stepped up” to protect and restore sage grouse habitat, and
the conservation title of the 2014 farm bill helped them do it.
NRCS invested almost $300 million over
the past five years in the Sage
Grouse Initiative, a project that many regard as the
primary reason the bird was not listed. Western states and the private sector
pitched in another $130 million. SGI is now protecting about 4.4 million acres
of sage grouse range with the help of 1,100 ranchers through conservation
easements and voluntary habitat restoration programs.
Weller says there’s a place for some
environmental regulation, but if the regulatory landscape for producers becomes
“more and more complex . . . it will either be uneconomic” for farmers to farm,
or they “just won’t be able to comply.”
That’s why Weller said voluntary
conservation is so valuable to agriculture. He said it can produce comparable
environmental outcomes as regulation, but without alienating farmers or
diminishing their productivity.
In the
Chesapeake Bay, “agriculture really gets it,” he
said. According to a recent
NRCS assessment, over 90 percent of the 6 million
acres of cropland within the Chesapeake Bay Watershed has at least one conservation
practice in place, whether it be conservation till, no till, grass buffers, or
terraces, and NRCS “didn’t pay for most of that,” farmers did, Weller said.
Farmers are going beyond requirements set by EPA under a Bay cleanup plan, he
said. Producers in the bay watershed are “making huge headway” on controlling
nitrogen and sediment
runoff, and while “we have a little bit of a ways to go” on limiting
phosphorous pollution, “overall, agriculture has a very positive story,” he
said.
—Within the Mississippi River Basin, “I don’t think anyone would say we’re at where we need to be for… water quality,” but that’s changing, Weller said. In Arkansas’ Illinois River, NRCS partnered with the local poultry industry – through the agency’s Mississippi River Basin Initiative – to reduce farm runoff. Within five years, the state delisted parts of the river from EPA’s 303d impaired list, which identifies waters where required pollution controls aren’t sufficient to attain or maintain water quality standards.
Similarly, Oklahoma used EPA non-point source program funding to set up water monitoring stations along its impaired streams, then measured the effect NRCS-funded treatments – like buffers and improved tillage installed on agricultural land – had on the water’s turbidity, pathogen counts and sediment loads. Ultimately, these voluntary efforts led to the delisting of more than forty 303d streams in the last decade.
The
water quality challenges in the Western
Lake Erie Basin are more “complicated,” he said. This year’s algal bloom
in Lake Erie was the largest to date – about the size of New York City,
according to the National Oceanic and Atmospheric Administration – because
unusually heavy rains in the spring helped to transport high volumes of
nitrogen and phosphorous from farms and other sources to the lake and its
tributaries.
—Weller said “biblical” rains in
Ohio led to some agricultural fertilizer contributing to a “bloom” of
cyanobacteria, but he noted that producers in the area have “done a really good
job of managing” phosphorous runoff. According to NRCS data, the average farmer
in the area loses less than a pound of phosphorous per acre, and over 93
percent of all the phosphorous applied as fertilizer leaves the field in grain,
not through the soil or water.
“They’re being hyper-efficient” in reducing runoff, Weller said, “but yet it’s
not enough. It’s going to take a high level of management and a high level of
conservation” going forward to see future water quality improvements.
What’s next for NRCS in the new year?
Weller said NRCS, an arm of the
government for more than 80 years, is all about “helping (producers) make more
money, so they’re economically sustainable” and “making sure that the resources
can be productive year after year.” In keeping with its mission to assist
private landowners with conservation, NRCS will be adding a new tool in January
to help farmers and ranchers optimize inputs, improve soil quality and meet
specific landowner conservation goals.
It’s called the Resource Stewardship
Evaluation, which combines the predictive power of all
the modeling tools the agency uses now to measure
sediment and nutrient runoff, pesticide drift, and irrigation efficiency on
farms. Weller said the RSE produces “actionable information” for landowners and
“a data file” that producers can use to gain certification for other USDA
programs. And, he added, it will only take an NRCS field agent a few hours to
complete.
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