IN
THIS ISSUE:
Native Grass Seed Outlook
and 1996 Crop Forecast.
Search Out and Preserve!
Native Plant Policy
California BLM and How Local is Local?
Report of the Native
Grass Genetic Gels, Series II & III.
Uses for Isoenzyme
Gels
Native Grass Genetic Gels (image of
gel)
Participation in Future
Gel Series
Botanic Exploration
for Ecotypes
Collection Data Sheet
Top Ten Not Wanted
Plants!
Review: Books &
Articles of Interest for Ecological Restoration
---Book: The Desert Grassland
---Book: Problem Analysis
for the Vegetation Diversity Project
---Article: Vanishing Grasslands
Ecotype Explorers
THE REVEG EDGE(sm)
Services
NATIVE GRASS
SEED OUTLOOK & 1996 CROP FORECAST:
EXPECT EXCELLENT HARVESTS of native grass and other native seeds
in BLM , USFS, and U.S. Military management areas in 1996 in:
Northern California, Washington, Oregon, Idaho, Northern Nevada,
Utah and the Dakotas. Take advantage of the extra moisture that
fell in these areas to harvest bumper-crops of wild grass and
other native seeds!
EXPECT POOR TO MARGINAL crops due to below-normal rainfall in
Southern California, (especially the deserts), Southern Nevada,
Arizona, New Mexico, Colorado, Wyoming, Texas, Montana, Oklahoma,
and southern Kansas. Along with the wild native grass seed crops,
there will also be a very low yield of dry-land winter wheat in
these areas.
KEEP A CLOSE EYE ON GRAZING in drought areas, so native stands
are not devastated. Maintaining as much native bunchgrass cover
on the land will help avert dust-bowl-like conditions that could
develop. Watch for early and record temperatures along the U.S./Mexico
borderlands and the U.S/Canadian borderlands in May through October
which may exacerbate the lack of rain already stressing the native
cover in these areas.
FIRE-REHAB. TEAMS should organize
themselves early to discuss rehab. plans and prepare for numerous
fires in the drought areas.
SEARCH
OUT AND PRESERVE!
IT'S ALWAYS A GOOD YEAR to locate and map your perennial native
grass resources, no matter what kind of year it is! If you are
out in the field and find a good grass stand, start mapping it
into a permanent database. Rather than looking for the 100 native
grass stands that may exist in one 7.5 minute quadrangle, it would
be more valuable to search, locate and protect 100 relic native
grass stands in 100 different quadrangles! That will allow you
to have a larger pallette of material available for future collection
and study.
AERIAL PHOTOS are one way that I find grass stands quickly, especially
if I have the location of a known stand for reference. Once you
know what pattern to look for, you can survey huge areas for potential
locations and likewise eliminate areas with low potential. That's
how Gary Schoolcraft (Susanville BLM), Lynne Hosley (CH2MHill)
and I discovered California's largest desert grassland in 1993,
Lynne's Prairie, north of Susanville in the Madeline Plain, covering
four contiguous beautiful square miles! It is only two miles west
of Highway 395, but we would have driven right past it, never
taking that side-trip down Broakman Road, never seeing it hidden
by the surrounding alfalfa fields!
NATIVE
PLANT POLICY OF CALIFORNIA BLM & HOW LOCAL IS LOCAL?
CALIFORNIA BLM will soon join the USFS Regions 5 & 6 (California,
Oregon & Washington) in establishing a policy recommending
the use of native plants for revegetation and ecological restoration.
Among the next hundred questions that will arise, a few near the
top of the list may be:
"What about the genetics?"
"Are there ecotypes?"
"How local is local?"
"How far can we move these natives--collect them from Utah
and plant them in California, or keep the seeds within the US
Forest Service Ecological Units?"
The US Forest Service Ecological Units map for California may
be an excellent starting point for establishing provisional seed
transfer zones, but soon you will need some actual scientific
methods to test and maintain these ecological units as seed transfer
zones. The native grasses are the most likely candidates available
for testing your seed transfer zones.
Native grasses are valuable tools to use when studying ecosystem
diversity, and genetically they take the place that the fruit
fly has for studying animal genetics. Native grasses grow quickly
into mature, reproducing plants within 12-24 months and their
simple structures can indicate ecotypic differences very clearly
when grown in a common-garden.
Commercially reproduced, seeds of native grasses are the cheapest
seed you can buy for ecological restoration projects. The ability
to spread cheap natives around may ultimately be harmful to the
indigenous relic stands. We need to go out and study the genetic
architecture of those relics before we start spreading native
grass seeds around in quantity.
Study of the native grass relics will help in discovering your
indigenous species genetic diversity, and assess, protect and
preserve their total genetic diversity. One of the important tools
I use to study the native grasses is the Isoenzyme Gel.
REPORT
OF THE NATIVE GRASS GELS, SERIES II (1995) & III (1996)
BLM California and BLM Oregon as well as USFS and U.S. Military
botanists collected samples of about one ounce of native grass
seeds for our Isoenzyme gels. Participants for the 1996 Series
III gels were:
BLM Bishop, BLM Lakeview, Boardman Bombing Range (Ore.), California
State Parks, Cleveland NF, Crater Lake NP, Glacier NP, Lake Tahoe
BMU, Lewis & Clark NF, Los Padres NF, Ion Exchange (Iowa),
Kootanei NF, Mt. Hood NF, Rogue River NF, San Bernardino NF, Shasta-Trinity
NF, Siskiyou NF, Siuslaw NF, TNC Tallahassee, US Navy (Cal), Willamette
NF, and Yellowstone NP.
The proteins are extracted from the seeds and the gels processed
using esterase. The actual gels are a very thin layer (.001")
of solid gelatin on a clear eight-mil. plastic sheet.
USES
FOR ISOENZYME GELS
*Species identification.
*Provenance identification.
*Species genetic diversity.
*Seed origin certification.
*Assessment of seed purity from commercial seed grow-out.
*Assess the total genetic diversity of a species, so that species
diversity can be managed.
*Discover unique populations which may have value for restoration
of unusual sites, like mines, serpentine, sandy, or carbonate
soils, etc.
The genera that produce the clearest gel patterns are: Agropyron,
Elymus, Oryzopsis, Sitanion, and Stipa. The desert
species of native grasses are excellent candidates for genetic
studies.
NATIVE GRASS GENETIC GEL [image]
Agropyron spicatum from Susanville
BLM , 1995 gels.
PARTICIPATION
IN FUTURE NATIVE GRASS GELS
The Reveg Edge (sm) organizes samples for gel runs once
or twice a year, whenever collectors have accumulated at least
70 native grass samples. Contact Craig Dremann (650)325-7333 for
the next gel series deadline.
Future participants should mail the following items to P.O. Box
609, Redwood City, CA. 94064:
1.) Send a list of the native grass species you would like to
collect for the gels and how many populations you might like to
attempt to collect from in one season.
2.) Send a map of the area you might collect from for your gel
samples, with your potential collection range (north/south/east/west)
circled. A folded BLM or USFS 1:100,000 scale Surface Management
Status or Forest map is best.
3.) One ounce of ripe seed is needed for the isoenzyme gels. There
are several methods that you can use to tell when native grass
seeds are ripe. The "thumbnail test" is where you press
your thumbnail into the seeds and see how it yields; the harder
the seed is, the riper it is. Another method is to collect seed
from plants where the portion of the stem, where the seed is attached,
has turned brown, indicating that no more nutrients will reach
the seeds.
4.) #11 manila, 28 weight open-end policy envelopes are the recommended
seed sample envelopes. They can be special-ordered from most stationary
stores. They are a little larger than a regular mailing envelope,
except that they open on the end, and you can get in and out of
the envelope by just unfolding or folding the end, and they hold
about one ounce of cleaned grass seed. Never use plastic! Use
these envelopes or some other type of manila envelopes or paper
bags to store your seed samples in.
5.) Agreements (Challenge-Cost-Share, P.O., etc.) need to be written,
either a state-wide, or by individual Resource Area, Forest or
Ranger District, so that I can organize your seed samples and
cover the costs of preparing and running the gels.
In three year, I have received 1,228 native grass seed samples
from the USFS!
I believe BLM and the U.S. military land managers have as much
desire in using natives for ecological restoration and revegetation
as the USFS
BOTANICAL
EXPLORATION FOR ECOTYPES
Once you start looking for native grass ecotypes over a large
area within one growing season, you begin to see variations in
the populations that may tip you off that unique ecotypes exist
and that there may be interesting environmental reasons for their
existence. You will find as you survey that unique ecotypes always
occur in areas of environmental extremes or at the boundaries
between two biomes.
Extremes where unique ecotypes occur are on windswept hills, within
five miles of a coastline, on weird soil types (serpentine, carbonates),
sandy soils, in areas with known endemism, at the low or high
rainfall edge for the species, at high elevations, in cold air
pockets, or in isolated valleys.
Boundaries between two biomes could be the point of contact between
a grassland and a forest, beach and coastal bluff, woodland and
desert, subalpine and alpine, etc.
The Reveg Edge(sm) has developed a protocol
for a search-pattern that can examine 5,000 contiguous square
miles within a period of 14 field days for native grass ecotypes.
This is the largest area that one person can reasonably cover
in one season and still get an idea of the genetic diversity of
the species of interest.
COLLECTION
DATA SHEET
Useful information for seed collections. This form can be
copied and xeroxed onto 8-1/2"x11" Avery #5353 full
sheet copier labels, which can then be cut and peeled to put onto
your sample envelopes or collection bags:
SPECIES_____________________________________________Elev_____No_____
Collector/Agency____________________________________________________
Address, phone______________________________________________________
Collection date__________Location___________________________________
Habitat__________________________Lat_____________Long_______________
T./R./S____________________Environ(Circle): wet, vernally wet,
dry
100% sun,75% sun, 50% sun/shade, 75% shade, 100% shade. Precip_____"
TOP
TEN NOT WANTED PLANTS!
Calling all Land Managers! Send in your top ten list of Not-Wanted
Plants!
Send us a list of plants that have been intentionally planted
in your area and have persisted, especially along roadsides. (Not
the accidentally introduced weeds). Many of our highway departments,
fire rehab. agencies, agricultural universities, and soil conservation
offices are still recommending these plants instead of natives
for revegetation of wildlands.
Examples from some of the top-ten lists I have received so far
are 'Blando' brome, Crested wheatgrass, Fountain grass, Intermediate
wheatgrass, Orchard grass, Perennial rye, Red brome, Smooth brome,
Tall oatgrass, Yellow clover, and 'Zorro' annual fescue. Sound
familiar?
Send in your top ten list and I will publish it in
Craig's Juicy Gossip
Six,which will be about 'weeds.' Also, if you have an
experience planting a non-persistent, non-native, let me know
about those species!
REVIEW:
BOOKS & ARTICLES OF INTEREST
FOR ECOLOGICAL RESTORATION:
BOOK: The Desert Grassland.
Edited by Mitchel P. McClaran & Thomas R. Van Devender. 1995.
University of Arizona Press. Hardcover. 346 pages. $48 for
California customers including sales tax, or $45 outside California
via first class mail from the Reveg Edge, Box 609, Redwood City,
Ca., 94064.
Chapters:
1. Desert Grasslands and Grasses.
2. Desert Grassland, Mixed Shrub Savanna, Shrub Steppe, or Semidesert
scrub? The Dilemma of Coexisting Growth Forms.
3. Desert Grassland History: Changing Climates, Evolution, Biogeography,
and Community Dynamics.
4. Landscape Evolution, Soil Formation and Arizona's Desert Grasslands.
5. The Role of Fire in the Desert Grasslands.
6. Roles of Invertebrates in Desert Grassland Ecosystems.
7. Roles of Vertebrates in the Desert Grassland.
8. Human Impacts on the Grasslands of S.E. Arizona
9. Revegetation in the Desert Grassland.
Three Appendices: Common & Scientific Plant, Invertebrate
and Vertebrate names.
Principally covers the desert Southwest grasslands but has valuable
perspective for any native grass management in arid areas (Mojave,
Colorado deserts, Great Basin, etc.).
=======================================
BOOK: Problem Analysis for the
Vegetation Diversity Project.
By David A. Pike & Michael M. Borman. 1993. USDI, BLM. Technical
Note, Oregon State Office, OR-036-0l. 100 pages. FREE from the
National Biological Service, Forest & Rangeland Ecosystem
Center, 3200 SW Jefferson Way, Corvallis, OR. 97331. Phone (541)
750-7307
Pike & Borman have written one of the most important publications
on ecological restoration.
It is a how-to book which outlines the scope of knowledge that
will be necessary for large scale ecological restoration. They
are asking: What would be necessary to do ecological restoration
using locally collected natives to restore seven million acres
of desert land that would not recover naturally over time?
The publication is divided into two sections: The first part --
outlines what areas of knowledge we need to do successful ecological
restoration:
1.) An ecosystem description.
2.) Vegetation dynamics.
3.) Competition and Establishment.
4.) Plant materials and Seed Technology.
5.) Maintenance of Native Plant Diversity.
6.) Concerns of Land and Resource Managers.
The second part-- outlines the studies necessary to gain the knowledge
we need, and has prioritized the research into small projects
encouraging land managers to make accomplishments each year. Topic
headings are:
1.) Plant communities for study.
2.) Long-term monitoring of Biological diversity.
3.) Competition and Establishment.
4.) Plant materials and Seed Technology.
5.) Maintenance of Desired Native Vegetation.
6.) Special Status Plants.
Under section four, for example, the Plant Materials and Seed
Technology section,
there are subsections A, B and C:
A. Ecotypes and Phenotypes.
B. Problem Diaspores.
C. Seed Priming.
Then, when you look up under the subsections, like Subsection
A, Ecotypes and Phenotypes, there are five prioritized experiments
you can do to answer questions about plant ecotypes. How easy
can it get?! The dream ecological restoration cook-book!
The literature cited lists over 250 references, and there are
interesting Appendices:
A.) Commercial seed Sources.
B.) Cultural Practices [for specific species].
C.) Seed testing.
D.) Seed storage.
E.) Seed treatment studies [of specific species like Indian Ricegrass].
F.) Noxious weeds [lists state-by-state].
G.) Concerns of Land and Resource Managers [replies from staff
of various BLM offices].
ARTICLE: Vanishing Grasslands. By Manfred Knaak, California State Archaeologist. January 1996 issue of the Resource Inventory Reporter, Anza-Borego Desert State Park, General Plan Team. Phone (619) 767-4879. Article hypothesizes that perennial grasslands may have been much more widespread in the Anza-Borego area, based on finding Native American grinding rocks, typically used for preparing acorn meal, far from any oak trees. It is suggested that the grinding rocks were used to process Indian Rice grass (Oryzopsis hymenoides) but those stands have been exterminated by grazing.
ECOTYPE
EXPLORERS.
We may think that most of North America has been botanically
explored, and that we know all the plants that occur here according
to the Linnean classification system of genus and species. Unfortunately,
the Linnean system limits our view of life to think of plants
and animals as scientific binomial names, and to sort them out
through morphological structures or genetically related categories.
The Linnean system may give the restoration practitioner the
false confidence that as long as you have an organism figured
out to the species level, you don't need to look further.
Once we start exploring below the species level, the really exciting
botanical exploration will begin. When you get involved in ecotype
study and ecological restoration, you get a deep look at life
and its relationship to its environment. You get an opportunity
to read the fascinating and ancient stories that the environment
has written into the genes and structures of the native plants
and animals. You begin to discover how the plants and animals
function with and have evolved with their environment.
Waves of native plant ecotype explorations occurred between 1895
and 1945, and stopped 50 years ago. We need to pick up where the
elders ended 50 years ago and become the new Ecotype Explorers.
The new Ecotype Explorers will make remarkable discoveries about
ecotypes and their functioning, but most exciting to me is that
we will participate in creating the newest botanical language,
forms of taxonomy, and be inventing new words to describe the
discoveries of new worlds.
"IF YOU STUDY LIFE DEEPLY, ITS PROFUNDITY WILL SEIZE
YOU SUDDENLY WITH DIZZINESS."--Albert Schweitzer
THE REVEG EDGE (sm) SERVICES:
Craig Dremann (650) 325-7333. Box 361, Redwood City, Ca. 94064
Updated December 23, 2022 - The Reveg Edge Ecological Restoration services.