Condensed
Responses re: Streamkeepers’ Physical Habitat Sampling
Plan
(Bullets indicate “schools of thought” among
respondents.)
1.
Should Streamkeepers do P-hab monitoring at all? If so, why?
·
YES: It’s important, because it relates to
all of Streamkeepers’ monitoring goals—status, trends, red-flags, problem
investigation, restoration planning/effectiveness
monitoring
·
NOT SURE: It’s first important to determine
specific data users and uses—watershed planning groups? Restoration project planners? Political decision-makers? The general public? Until specific purposes are identified,
there’s no basis for a plan.
Perhaps Streamkeepers’ best use in the absence of clear external requests
is as an “early warning system,” identifying red-flags for more detailed
investigation.
2.
If we monitor P-hab, where should we
sample?
·
Both targeted and
randomized approaches have merit, but most local data-users will want to target,
whereas most non-local agencies will want to randomize. If resources are available, do
both.
3.
If we monitor P-hab, what system should we
use?
·
Ideally, different
methodologies would be developed for different purposes. Most P-hab sampling gets done for a very
particular purpose, and so varies greatly from project to project. It’s hard to come up with a single
system that will meet everyone’s needs.
For example, a two-tier system might be good, where the first tier is a
very rapid assessment, and the second tier goes into more detail when problems
are found.
·
However, the
resources might not be available to implement multiple
systems.
·
Most agreed it
would be best to adopt someone else’s system rather than try to revise
Streamkeepers’ current protocols.
·
EMAP seems
promising because of its standardization, reproducibility, robustness, wide
usage and acceptance, and strong analytical support.
·
Locally-developed
protocols have proven their usefulness to local folks, but if EMAP data can
serve local purposes, it will be accepted.
4.
Should we continue monitoring with our current set of
P-hab protocols in summer 2005?
·
NO: SK has already collected a body of data,
and it’s not clear how useful it is.
SK should issue a report summarizing/interpreting the data, and then let
it go. Don’t resume monitoring
P-hab until a new system is adopted.
·
YES: The data may not be ideal, but it still
has value. Even the sites which
have a 5-year data set would benefit by extending several more years, and
ideally, the data from the old system should be cross-compared to the data from
the new system by running parallel testing for several years. Furthermore, it’s important to have
volunteers learn about the importance of P-hab components and practice gathering
data about it.
NOTE: We ended up making P-hab optional last
summer, except in certain specific cases.
5.
Should we explore alternative P-hab monitoring systems,
and if so, which ones?
·
YES: Explore several systems, including EMAP,
TFW, & locally-developed. The
more tools, the better.
Locally-developed systems should be examined for data comparability with
other systems; broadly-developed systems should be examined for their relevance
to local needs. Examine all systems
for their statistical robustness.
·
NO: The biggest problem with the current SK
protocols is their scale—the 100’ reach—which can be
changed.