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F I S C A L I M P A C T R E P O R T
SPONSOR Cisneros
ORIGINAL DATE
LAST UPDATED
1/22/08
HB
SHORT TITLE NMSU Non-Native Phreatophyte Removal
SB 47
ANALYST Haug
APPROPRIATION (dollars in thousands)
Appropriation
Recurring
or Non-Rec
Fund
Affected
FY08
FY09
$10,000.0
Recurring
General Fund
(Parenthesis ( ) Indicate Expenditure Decreases)
SOURCES OF INFORMATION
LFC Files
Responses Received From
Higher Education Department (HED)
New Mexico Department of Agriculture (NMDA)
Energy, Minerals & Natural Resources Department (EMNRD)
Office of the State Engineer (OSE)
SUMMARY
Synopsis of Bill
Senate Bill 47 appropriates $10,000.0 from the general fund to the Board of Regents of
New Mexico State University for the New Mexico Department of Agriculture to manage and
administer non-native phreatophyte removal and riparian restoration projects. The projects are to
be conducted by Soil and Water Conservation Districts according to the non-native
phreatophyte/watershed management plan program.
FISCAL IMPLICATIONS
The appropriation of $10,000.0 contained in this bill is a recurring expense to the general fund.
Any unexpended or unencumbered balance remaining at the end of any fiscal year shall not
revert to the general fund.
This request was not submitted by NMSU to the New Mexico Higher Education Department
(NMHED) for review and was not included in NMHED’s funding recommendation for FY09.
pg_0002
Senate Bill 47 – Page
2
SIGNIFICANT ISSUES
The NMDA states that the non-native phreatopyte program has been funded over a number of
years. In the last three years, however, funding has been vetoed or substantially lower than
warranted by the program’s plan. If this bill is not enacted, some of the progress made to date
may be jeopardized and additional goals will not be met.
According to the HED, salt cedar or non-native phreatophyte is an invasive plant that crowds out
native trees, like willows and cottonwoods; makes soil salty; and lowers the water table. The
primary removal method has been to use a specially configured helicopter to spray an herbicide,
which limits damage to desirable riparian vegetation. Other options are mechanical extraction,
which pulls the salt cedar plants from the ground, and the cut-stump method, in which salt cedar
is cut by shears or chain saws, and the stumps are treated with an herbicide. Salt cedar is a major
factor in low water levels in rivers. Studies show that removing salt cedar will greatly improve
quantity and quality of water.
This appropriation would enhance water supplies, improve water flow, and restore riparian areas
that adjoin watersheds. It is critical to remove salt cedar in a cost effective and environmentally
sound manner. Salt cedar is a non-native plant that threatens native trees and shrubs and
contributes to decreasing water quantity/quality levels. Watershed protection is a water
conservation measure that preserves this natural resource in arid environments like the desert
southwest.
The EMNRD says that this bill will benefit the Forestry Division’s efforts to restore the health of
riparian ecosystems. Conducting riparian restoration and fire mitigation projects by removing
stands of salt cedar and replacing them with native vegetation will reduce the risk of wildfires
and make wildfire suppression less costly. Healthy, native stands of riparian vegetation are less
flammable than stands of non-native phreatophyte plants, such as salt cedar. Satisfactorily
completed projects could also help protect structures and communities from wildfires when
structures are in the vicinity of the projects.
In addition, EMNRD states that The Forestry Division occasionally oversees projects that are
similar to those indicated in this bill and requires cooperators and contractors to adhere to the
non-native phreatophyte/watershed management plan program.
The OSE notes that the latest analyses by the United States Academy of Sciences and the
American Council of Civil Engineers indicate that the amounts of water salvaged by
phreatophyte removal programs are directly proportional to a carefully planned program of
phreatophyte removal and reintroduction of low water use native plants. Studies show that in
most instances, great care must be taken or net water consumption can actually increase, not
decrease. Similar assessments are given by scientists from national laboratories and academia.
Phreatophyte removal projects will not result in optimal water salvage unless they are executed
in compliance with New Mexico Non-Native Phreatophyte/Watershed Management Plan.
Aspects of that Plan, such as the technical team, research, databases, and planning project
templates have not been supported or completed yet. To gain the maximum benefits from this
appropriation, the legislature may wish to designate a sufficient portion of the funding to these
elements of the Plan.
GH/bb