2024 #COleg: Bill limiting nonfunctional turf planting clears #Colorado Senate — Allen Best (@BigPivots) #ActOnClimate #conservation #cwcac2024

A bill moving through the Colorado General Assembly would require local jurisdictions to amend their landscaping codes to eliminate use of thirsty species of grasses from alongside roads such as this streetscape in Arvada. CREDIT: ALLEN BEST/BIG PIVOTS

Click the link to read the article on the Big Pivots website (Allen Best):

January 30, 2024

Minor pushback to proposed limits on new water-thirsty grasses in areas that get little or no foot traffic

This story was produced as a collaboration between Big Pivots and Aspen Journalism — two nonprofit news organizations covering Colorado’s water. It follows a five-part series that examined the intersection of water and urban landscapes in Colorado.

Colorado legislators in 2022 passed a bill that delivered $2 million to programs across the state for removal of turf in urban areas classified as nonfunctional. By that, legislators mean Kentucky bluegrass and other thirsty-grass species that were meant to be seen but rarely, if ever, otherwise used.

Now, they are taking the next step. The Colorado Senate on Tuesday voted in favor of a bill, Senate Bill 24-005, that would prevent thirsty turf species from being planted in certain places that rarely, if ever, get foot traffic, except perhaps to be mowed.

Those places include alongside roads and streets or in medians, as well as in the expansive areas surrounding offices or other commercial buildings, in front of government buildings, and in entryways and common areas managed by homeowners associations. 

The bill also bars use of plastic turf in lieu of organic vegetation for landscaping.

“If we don’t have to start watering that turf in the first place, we never have to replace it in the future,” state Sen. Dylan Roberts, D-Frisco, a co-sponsor, said in making the case for the proposed new state standard.

Roberts stressed that the prohibition would not apply to individual homes or retroactively to established turf. “It applies to new development or redevelopment. It does not apply to residential homes,” he said. “This is about industrial, commercial and government property across the state.”

Kentucky bluegrass and other grass species imported from wetter climatic zones typically use far more water than buffalo grass and other species indigenous to Colorado’s more arid climate. The bill, however, does allow hybrids that use less water as well as the indigenous grass species.

Originally reviewed by an interim legislative committee in October, the bill was subsequently modified to provide greater clarity about what constitutes functional versus nonfunctional turf, while giving towns, cities and counties greater flexibility in deciding which is which within their jurisdictions. If the bill becomes law, local jurisdictions will have until Jan. 1, 2026, to incorporate the new statewide standard into their landscaping code and development review processes.

After being approved on a third reading by the Senate by a 28-5 vote on Wednesday morning, the measure now moves to the House.

Advocates do not argue that limits on expansion of what the bill calls nonfunctional turf will solve Colorado’s water problems. Municipalities use only 7% of the state’s water, and outdoor use constitutes roughly half of municipal use. 

“One more tool in the toolbox,” Roberts said.

State Sen. Cleave Simpson, R-Alamosa, said if the standard had been adopted 20 to 30 years ago, perhaps 10,000 acre-feet of water could have been saved annually. 

“As a percentage, it is minimal,” he conceded. “It’s closing the gaps in small increments as best you can as opposed to large sweeping change.”

The backdrop for this is more frequent drought and rising temperatures since 2002, what Simpson called the aridification of the West. The climatic shift is forcing harder choices.

“We are all trying to figure out how to live and work in this space,” Simpson said.

In a Senate Agriculture and Natural Resources Committee meeting Jan. 25, Simpson also said he was motivated to help prevent water grabs by Front Range cities from the San Luis Valley, what locals sometimes call Colorado’s south slope. Three separate attempts have been made in the past 35 years to divert water from the San Luis Valley, a place already being forced to trim irrigated agriculture to meet requirements of the Rio Grande Compact.

“That’s largely my motivation to be part of this conversation and do everything I can to reduce that pressure on my rural constituents and our way of life,” Simpson said in the committee hearing. The bill passed the committee on a 4-1 vote.

Developing water for growing cities — particularly along the Front Range but even in headwaters communities — has become problematic as the climate has veered hotter and, in most years of the 21st century, drier.

The result, as was detailed in a five-part collaboration in 2023 between Big Pivots and Aspen Journalism, has been a growing consensus about the need to be more strategic and sparing about use of water in urban landscapes.

Agriculture uses nearly 90% of the state’s water, as was noted by state Sen. Chris Hansen, D-Denver. At Tuesday’s Senate hearing, he chided Roberts, Simpson and other legislative sponsors for not addressing efficiency in agriculture.

Hansen, who grew up in a farm town in Kansas near the Colorado border, applauded the bill but questioned why the interim committee hadn’t come up with legislation to improve efficiency of agricultural water use. He cited the use-it-or-lose-it provision of Colorado water law that he suggested discouraged farmers and ranchers from innovating to conserve water.

“I feel the interim water committee let us down by not bringing forth anything that advances conservation on what is by far the largest category of use, almost 90%,” he said. “I want to know what is next on that front.” 

The San Luis Valley is one of several areas of Colorado where irrigated agriculture must be curbed in order to meet interstate river compacts. Top: Grassy areas along a street in Arvada. Photos/Allen Best

Hansen got strong pushback. Simpson responded that agriculture in the San Luis Valley has already been forced to change. To comply with the Rio Grande Compact, his district is trying to figure out how to take 10,000 to 20,000 acres out of agricultural production. On his own farm, he said, water deliveries that traditionally lasted until mid-July have ended as early as May 20. “I have to figure out a way to grow crops that are less water-consumptive, more efficient and ultimately take irrigated acreage out of production,” Simpson said.

State Sen. Byron Pelton, R-Sterling, also took the occasion to cite incremental gains in irrigation efficiency and the loss of production in the Republican River basin. There, roughly 25,000 acres need to be taken out of production for Colorado to meet interstate compact requirements.

As had been the case several days before at the bill’s legislative committee hearing, most of the limited opposition in the Senate was against the notion that cutting water used for landscaping is a statewide concern. It’s a familiar argument — a preference for local control — used in many contexts.

A representative of the Colorado Municipal League (CML), a consortium of 270 towns and cities, told the Senate committee that the proposal constituted state overreach in a one-size-fits-all approach. 

Heather Stauffer, CML’s legislative advocacy manager, cited the regulations of Aurora, Greeley and Aspen as examples of approaches created to meet specific and local needs. “We would advocate that the state put more money into funds that address turf removal programs that have been very successful among municipalities across the state,” Stauffer said. 

In 2023, Boulder-based Resource Central completed 604 lawn-replacement projects along the Front Range. With aid of state funding, it plans to expand its turf-removal and popular Garden In A Box programs to the Western Slope this year.

No representatives from any towns or cities showed up to oppose the bill. But representatives of three local jurisdictions, including Vail-based Eagle River Water and Sanitation District and the water provider for unincorporated Pueblo West, testified that the bill filled a need.

Denver is behind the bill. Denver Water, which provides water to 1.6 million people, including the city’s 720,000 residents as well as many suburban jurisdictions, has committed to reducing the water devoted to urban turf in coming years by 30%, or roughly the turf covering 6,000 acres. Utility representatives have said they don’t want to become frugal with water devoted to existing landscapes only to see water used lavishly in new development.

Andrew Hill, government affairs manager for Denver Water, called the bill a “moderate approach” in creating a new waterwise landscaping standard, one in which imported grasses are not the default.

“It makes real changes statewide, but it’s narrow enough to only apply to areas [where] I think a consensus exists,” Hill said at the committee hearing.

Sod last autumn was removed from this library in Lafayette. Many local jurisdictions in Colorado have participated in sod-removal programs. Photo/Allen Best

Local governments can go further, and many have already. Thirty-eight local governments and water providers in Colorado offer turf-replacement programs. Western Resource Advocates found last fall that 17 of the jurisdictions already limit new turf while another nine plan to do so.

Aurora and Castle Rock, late-blooming municipalities in the metropolitan area, have adopted among the most muscular regulations in Colorado, taking aim at water devoted to new homes’ front yards. Both expect to continue growing in population, and together they plan to pursue importations of water currently used for farming along the South Platte River in northeastern Colorado. Aurora also still owns water rights in the Eagle River basin that it has been trying to develop for the past 40 years.

In the full Senate debate, Republican leaders argued for incentives, such as the expanded buy-back program for turf removal, instead of a statewide thou-shalt-not approach. 

The Colorado River Drought Task Force recommended legislators allocate $5 million annually for turf-removal programs. Key legislators have already indicated they plan to introduce legislation to do just that.

But is this the answer? Such programs are “inefficient and not cost-effective” if water-thirsty grass species continue to be planted in questionable places, the policy manager for municipal conservation at Western Resource Advocates said in the committee hearing last week.

The policy manager, Lindsay Rogers, said passing the bill would build the momentum to “help ensure that Coloradans live within our water means and particularly in the context of a growing state and worsening drought conditions.” 

The Associated Landscape Contractors of Colorado, which represents 400 Colorado landscape and supplier companies, testified in support of the bill but hinted at future discussions as the bill goes through legislative sausage-making. Along with sod growers, they quibble over the dichotomous phrasing of nonfunctional versus functional turf. They prefer the words recreational and utility.

On the flip side of these changes, some home gardeners might find buffalo grass and other indigenous grasses more conserving of water but less appealing. Buffalo grass, for example, greens up a month or so later in spring and browns up a month earlier in fall.

Water in urban landscapes is also on the agenda for three programs this week at the annual meeting of the Colorado Water Congress, the state’s preeminent organization for water providers. Included may be a report from a task force appointed by Gov. Jared Polis last February that met repeatedly through 2023 to talk about ways to reduce expansion of water to urban landscapes. 

For more from Big Pivots and Aspen Journalism, visit their websites at https://bigpivots.com and at https://aspenjournalism.org.

Ask the Expert: A Q&A on Agricultural Wetlands and Water Quality with Dr. Joseph Prenger — USDA

Click the link to read the interview on the USDA website (Elizabeth Creech):

Dr. Joseph (Joe) Prenger is the Wetlands Lead for the Conservation Effects Assessment Project (CEAP), an effort led by USDA’s Natural Resources Conservation Service (NRCS) to quantify the effects of voluntary conservation across the nation’s working lands. In this Ask the Expert, Dr. Prenger answers questions about new CEAP findings on the capacity of wetlands to capture and store nutrients from cropland fields, associated water quality benefits, and NRCS resources to support wetlands on private and Tribal lands.

Dr. Joseph (Joe) Prenger is the Wetlands Lead for USDA’s Conservation Effects Assessment Project, CEAP. Photo Credit: Dr. Prenger

Let’s start with the basics: What are wetlands, and how do they improve local water quality?

Wetlands occur where water covers or is present near the soil’s surface, either seasonally or year-round. Wetlands in agricultural settings may capture and store sediment and nutrients from the surrounding environment, reduce flooding, contribute to climate change mitigation by serving as a carbon sink, increase biodiversity, and provide wildlife habitat.

This nutrient capture and storage component is key for local water quality. We know nutrients, namely nitrogen and phosphorus, support healthy, productive crops. When nutrients are lost from cropland fields and enter local waterbodies, however, they may contribute to harmful algal blooms and hypoxic or low oxygen zones, and compromise water quality.

recent CEAP report highlighted an increase in both nitrogen and phosphorus lost from cropland fields over a ten-year period. Based on these findings, NRCS is focusing on efforts to help farmers and other land managers save money and protect water quality with SMART Nutrient Management.

Supporting farmers in making targeted, site-specific decisions to effectively manage nutrients is critical. It’s very difficult to achieve 100% crop uptake and 0% nutrient loss, though, even with strong planning. We need SMART Nutrient Management to reduce the amount of nutrients lost from cropland fields, plus a way to capture and store those nutrients that are lost before they reach local waterbodies. Wetlands in agricultural landscapes have the potential to serve this second function, particularly when restored or constructed with this goal in mind.

You recently published findings on increasing the water quality benefits of agricultural wetlands. What are the key takeaways for farmers?

We published a new Conservation Insight on this topic in January 2023. Findings pull from a literature review of studies reporting field measurements for prairie-pothole wetlands found throughout parts of Iowa, Minnesota, Montana, North Dakota, and South Dakota. In short:

  • Nitrogen retention by these wetlands ranged from 15% to 100%, and phosphorus retention ranged from 0% to 100%.
  • These are large ranges. An individual wetland’s effectiveness in capturing and storing nutrients depended largely on upland management practices.
  • Accumulation of sediment from agricultural fields, for instance, may eventually lead to infilling of wetlands and associated reductions in water storage capacity. A buffer between cultivated cropland and the adjacent wetland – such as a grass filter strip – may reduce this sedimentation and deliver significant improvements to water storage and nutrient capture.

Here is the bottom line for farmers: When strategically integrated in operation-wide conservation planning, wetlands can offer a suite of benefits. The key is to plan them as part of an overall strategy that carefully manages the contributing areas to reduce contaminant loading and preserve wetland functions. Wetlands can significantly reduce nutrient loss to waterways, supporting water quality goals both locally and in terminal waterbodies like the Great Lakes or Gulf of Mexico. In addition, wetlands can help reduce flooding and recharge groundwater supplies, serve as a carbon sink, increase biodiversity, and provide wildlife habitat.

Wetlands, like these in the Prairie-Pothole Region of North Dakota, may capture and store nutrient runoff from cropland fields. Photo Credit: U.S. Fish and Wildlife Service

Does USDA support farmers and other land managers in wetlands conservation efforts?

Absolutely, yes. Through NRCS, USDA offers financial assistance and one-on-one technical support for farmers and other land managers interested in wetlands conservation. Specifically:

  • The Wetland Reserve Easements (WRE) component of the Agricultural Conservation Easement Program (ACEP) is available to help private and Tribal landowners protect, restore, and enhance wetlands that have been previously degraded due to agricultural uses.
  • NRCS supports land managers in implementing voluntary practices to conserve natural resources and strengthen working lands. This includes practices – such as filter strips – that capture nutrients and sediments prior to entering streams and wetlands, thus improving the potential for wetlands to store water and recycle nutrients over the long term. Filter strips are also a climate-smart mitigation activity, with the potential to increase soil carbon and sequester carbon in perennial biomass while improving water quality.

I encourage anyone interested in wetlands conservation across their working lands to contact the NRCS office at their local USDA Service Center.

Where can I learn more about CEAP assessments?

Through CEAP, USDA quantifies and reports on trends in conservation practices, and associated outcomes, over time. You may learn more about CEAP assessments by visiting our new webpage – nrcs.usda.gov/ceap. Our Wetlands Assessments webpage provides information on the effects of conservation efforts related to agricultural wetlands, including additional publications.

Dr. Joseph (Joe) Prenger is the CEAP Wetlands Lead for the NRCS Resource Inventory and Assessment Division. He can be reached at joseph.prenger@usda.gov.

Dam break in Connecticut spotlights growing threat — @AmericanRivers #ActOnClimate

A partial dam break on Connecticut’s Yantic River is threatening a downstream community with potentially life-threatening flooding January 2024. Photo credit: American Rivers

Click the link to read the article on the American Rivers website (Amy Souers Kober and Andrew Fisk):

January 10, 2024

Unsafe dams are “ticking time bombs” putting communities at risk 

A partial dam break on Connecticut’s Yantic River is threatening a downstream community with potentially life-threatening flooding. Authorities have issued a flash flood warning and are evacuating the area. The dam is rated as a high hazard potential by the state’s dam safety office. 

The incident is an example of the growing threat of dam failures to communities nationwide, as infrastructure is aging and climate change is fueling more severe flooding. 

Andrew Fisk, Northeast Regional Director for American Rivers, made the following statement: 

“Dam failures can be disastrous and put lives at risk. This is a wake-up call. Increasingly frequent and severe flooding is straining infrastructure in the Northeast and nationwide. In order to protect communities, we must improve the safety and performance of dams.” 

“Tens of thousands of dams across our country are old and obsolete. The American Society of Civil Engineers gives the nation’s dams a D grade in its report card on the nation’s infrastructure. One of the most cost-effective ways to deal with outdated, unsafe dams is to remove them.” 

“We support the efforts of the community and the Connecticut Dam Safety Program to manage this emergency. American Rivers has advocated in past years to strengthen the dam safety program and get them the resources they need to keep Connecticut’s dams safe.” 

“Congress must act to reauthorize the National Dam Safety Program which supports state dam safety agencies. The program’s authorization expired on September 30, leaving thousands of high-risk dams across the country vulnerable to failure. Aging dams are ticking time bombs. We must help communities invest in necessary repairs and, where appropriate, dam removal and river restoration.” 

Connecticut Rivers Shown on the Map: Connecticut River, Farmington River, Housatonic River, Naugatuck River, Quinebaug River, Quinnipiac River, Scantic River, Shepaug River, Shetucket River, Thames River and Willimantic River. Connecticut Lakes Shown on the Map: Bantam Lake, Barkhamsted Reservoir, Boldon Lake, Colebrook River Lake, Easton Reservoir, Gardner Lake, Lake Candlewood, Lake Gaillard, Lake Waramaug, Mansfield Hollow Lake, Moodus Reservoir, Napaug Reservoir, Pachaug Pond, Quaddick Reservoir and Saugatuk Reservoir. Credit: Geology.com