Sand Bluestem

Scientific Name: Andropogon hallii Hack.


Classification: Plantae/ Tracheobionta / Spermatophyta / Magnoliophyta / Liliopsida / Commelinidae / Cyperales / Poaceae / Gramineae / Andropogon L./ Andropogon hallii Hack.

Sand Bluestem
General Information
Usda SymbolANHA
GroupMonocot
Life CyclePerennial
Growth HabitsGraminoid
Native LocationsANHA

Plant Guide

Alternate Names

Sand hill bluestem, Hall's bluestem, Hall's beardgrass, prairie bluestem, and turkey-foot. Key Web Sites Extensive information about this species is linked to the Plants web site. To access this information, go to the Plants web site, select this plant, and utilize the links at the bottom of the Plants Profile for this species.

Uses

Erosion control: Sand bluestem is often used in erosion control plantings on sandy, loamy sand or sandy loam sites. It establishes quickly on blowouts where its rhizomes aid in stabilizing sandy soils. Generally, it is planted as part of a mixture with other warm season grasses. Conservation Practices; Sand bluestem, because of its growth habit, is used with certain conservation practices; however, conservation practice standards and specifications vary by state. By going to the e-FOTG website for your state you can read if this grass is applicable to your needs. However, for specific county data it is best to consult the local NRCS Field Office. Forages: Sand bluestem is a good to excellent forage due to its palatability and high yield. It is an important component of many native hay meadows and range pastures. The nutritive value of sand bluestem rises and falls with the growing season. It is high in crude protein and palatability until just prior to seed head formation. After seed heads are formed the nutritive value and palatability decreases significantly. Wildlife: Sand bluestem is good to excellent forage for all browsing wildlife species. Because it frequently grows in large clumps and retains an upright structure throughout the winter it makes an excellent nesting habitat for many upland birds and small mammals. Wildlife also use the seeds as a food source. Ornamental Landscaping: As xeric landscaping becomes more popular the use of sand bluestem has increased in yard plantings. Because of its height and erect growth form many consider it an excellent plant for lawn and flowerbed borders.

Status

Please consult the PLANTS Web site and your State Department of Natural Resources for this plant’s current status (e.g. threatened or endangered species, state noxious status, and wetland indicator values).

Weediness

This plant rarely becomes weedy or invasive, Please consult with your local NRCS Field Office, Cooperative Extension Service office, or state natural resource or agriculture department regarding its status and use, Weed information is also available from the PLANTS Web site at plants,usda,gov,

http://www,nmnh,si, Use soil moisture sensors to measure the soil moisture of Sand Bluestem.,edu/botany/botany,html
http://www,nmnh,si,edu/botany/botany,html

Description

General: Grass Family (Poaceae). Sand bluestem is a native, perennial, warm season bunch grass. Plants are glaucous; culms robust, often growing in large tufts, with prominent rhizomes reaching 4 to 8 inches in length and conspicuous hairy pedicels, rachis joints and seed heads. In the best growing conditions it can reach 7 feet in height. It has a J-shaped stem base, and the culms are solid, and grooved on one side. The leaf blades have margins with none to few hairs, have prominent midribs, strongly ridged on the upper surface but not below. The leaf collar is often hirsute. Most leaves are found near the base. Distribution: Sand bluestem occurs predominantly west of the Mississippi River to the Rocky Mountains and from Canada to Mexico. For current distribution, please consult the Plant Profile page for this species on the PLANTS Web site. Habitat: Sand bluestem is found on sandy, loamy sand or sandy loam soils. It is found as part of a climax plant complex under good grazing or native hay meadow management. It is not generally found where annual precipitation is less than 14 inches, greater than 30 inches or on soils with a high clay component.

Adaptation

Sand bluestem is climatically adapted throughout the mid-west and Great Plains Region on sandy, loamy sand or sandy loam soils.

Establishment

Sand bluestem should be seeded in the spring just prior to the start of the growing season. A drill specifically built for seeding native grasses should be used. It is best if the grass is seeded into a weed free cover crop. The seeding rate can vary from 6 to 12 pounds Pure Live Seed (PLS) per acre. The local NRCS Field Office should be consulted prior to ordering any seed to ensure the right amount and planting mixture is used. Broadcast seeding will result in significantly fewer viable seedlings. Broadcasting should only be done on small acreages where drilling is not physically feasible. Applying commercial fertilizers to native grass seedings is more likely to result in competitive weed growth rather than improve grass establishment. If the pH is below 5.5, lime should be incorporated into the soil prior to planting. When possible a named variety suitable for your growing area should be used. If this is not possible, a seed source closer than 400 miles to the south, 150 miles to the north or an elevation increase of 1,500 feet should be used. Sand bluestem has relatively weak seedling vigor compared to weeds and cool season grasses; therefore, control of competition is necessary for successful stands. No harvest of bluestem during the establishment period should be allowed. After initial establishment, harvesting by controlled pasturing or haying is possible on good stands. The first harvest should not commence until the bluestem is 20 inches tall. It should be grazed (5 days maximum duration) or cut no lower than 8 inches and then protected from use until 20 inches in height is reached again. No cropping should occur below 8 inches or within 1 month of anticipated frosts. After a killing frost stands which have deep roots may be grazed. High mowing (above the bluestem seedlings) should be done when the weeds reach a height of 6 to 8 inches. Herbicide applications for weed control should be considered when weeds create more than 50 percent of the canopy. All pesticides used must be Federally and locally registered and applied in accordance with authorized registered uses, directions on the label, and other Federal or State policies and requirements. Prescribed burning can help remove weed mulch and standing vegetation from shading small seedlings and warm the ground in the early spring. It is recommended a prescribed burning plan be made with your local NRCS Field Office prior to any actual burn.

Management

Native Hay Meadow: Meadows where sand bluestem is an important component of the plant community should be cut no closer than 4 inches above the soil. Generally, it should be cut 1 to 3 weeks before seed head formation. During seed head formation the nutrition and palatability of sand bluestem decreases significantly. It is also important for the grass to be allowed to store carbohydrates in its root system for the next growing season. Cutting late does not permit adequate regrowth of the leaf blades prior to frost for this to occur. Regrowth is determined by the mowing date and weather conditions. The meadow must be mowed before boot stage if significant regrowth can occur. If the cut meadow is grazed livestock should only be placed on it after the first killing frost. Livestock Grazing: Cattle and horses prefer sand bluestem over many other grasses and forbs it is normally associated with. When sand bluestem is repeatedly overgrazed closer than 6 to 8 inches during the growing season it decreases in population and is replaced by less productive and desirable vegetation. The old rule of thumb, "Take half and leave half", works well when dealing with sand bluestem. Large creeping rhizomes help this grass endure overgrazing to some extent. However, continual abuse causes this decreaser grass to lose health, develop a prostrate growth habit, and finally die out. At the end of the grazing season the average height of sand bluestem plants in a well managed prairie should be at least 6 inches. If the pasture is to be grazed during the winter the grass should be at least 8 inches tall to help trap snow and as a forage reserve. Prescribed burning can be a tool used to maintain or improve prairie ecosystems. Fire can reduce competition from competitive cool-season grasses and remove many woody plant invaders. However, because sand bluestem predominantly grows on sandy soils this must be taken into account or "blowouts" may occur. When burning is planned it should be done when new spring shoots are 1/2 to 2 inches long.

Environmental Concerns

Concerns

Concerns

Sand bluestem is an important part of prairie ecosystems. Due to land use changes much of the virgin prairie has disappeared. When grass mixtures are recommended for erosion control, or wildlife habitat, sand bluestem can be a vital portion of the native habitat and should be included in all native prairie grass seedings.

Seeds and Plant Production

Plant Production

Plant Production

Sand bluestem is a poor viable seed producer in its native habitat. The main way this grass spreads is by its rhizomes. The rhizomes grow from axillary buds during June and July, turn upward in late summer, and then remain dormant until the next spring growing season. Cultivars, Improved, and Selected Materials (and area of origin) There are 4 cultivars available as certified seed, i.e. ‘Elida’ selected at the NRCS PMC in Los Lunas, NM. Adapted to Land Resource Region (LRR) G and H and Plant Hardiness Zone (PHZ) 5. Additional information can be obtained at: USDA-NRCS, Los Lunas PMC, 1036 Miller Street S.W., Los Lunas NM 87301 USA. ‘Garden’ increased at the NRCS PMC in Scottsbluff, NE. Adapted to LRR G and H and PHZ 4b. Additional information can be obtained at: USDA- NRCS, Kansas State Office, 760 South Broadway, Salina, KS 67401 USA. ‘Goldstrike’ bred by the Nebraska AES and USDA-ARS. Adapted to LRR G and H and PHZ 4 and 5. Additional information can be obtained at: ARS-USDA, or Agronomy Department, University of Nebraska , Lincoln, NE 68583 USA. ‘Woodward’ released cooperatively by Oklahoma and Kansas Agricultural Experiment Stations and USDA-ARS. Adapted to the Southern Great Plains. Additional information can be obtained at: USDA-NRCS, Manhattan PMC, 3800 South 20th Street, Manhattan, KS 66502-9535 USA.

Fact Sheet

Alternate Names

Sand hill bluestem, Hall's bluestem, Hall's beardgrass, prairie bluestem, and turkey-foot

Uses

Erosion control: Sand bluestem is often recommended for erosion control plantings on sites which are sand, loamy sand or sandy loam. Generally, it is planted as part of a mixture with other warm season grasses. Conservation Practices: Sand bluestem, because of its growth habit, is used with certain conservation practices; however, conservation practice standards and specifications vary by state. By going to the e-FOTG website for your state you can read if this grass is applicable to your needs. However, for localized county data it is best to consult the local NRCS Field Office. NRCS practices include the following: 575-Animal Trails and Walkways; 327-Conservation Cover; 342-Critical Area Planting; 647-Early Successional Habitat Development-Management; 386-Field Border; 393-Filter Strip; 603-Herbaceous Wind Barriers; 543 and 544-Land Reconstruction, Abandoned/Current Mined Land; 512-Pasture and Hay Planting; 338-Prescribed Burning; 550-Range Planting; 643-Restoration Management of Declining Habitats; 645-Upland Wildlife Habitat Management; 601-Vegetative Barriers. Livestock: Sand bluestem is a good to excellent forage due to its palatability and high yield. Under continued heavy grazing pressure it will die out and be replaced by other less desirable plants. It is an important component of many native hay meadows. The nutritive value of sand bluestem rises and falls with the growing season. It is high in crude protein and palatability until just prior to seedhead formation. After seedheads are formed the nutritive value and palatability decreases significantly. Wildlife: Sand bluestem is good to excellent forage for all browsing wildlife species. Upland birds eat the seeds. Because it frequently grows in large clumps and retains an upright vegetative structure throughout the winter it makes an excellent nesting habitat for many upland birds and small mammals. Ornamental Landscaping: As xeric landscaping becomes more popular the use of sand bluestem has increased in yard plantings. Because of its height and growth form many consider it an excellent plant for lawn and flower bed borders.

Status

Please consult the PLANTS Web site and your State Department of Natural Resources for this plant’s current status (e.g. threatened or endangered species, state noxious status, and wetland indicator values).

Description

Sand bluestem is a native, perennial, warm season bunch grass. It is tufted, forms sod, and has well-developed rhizomes reaching lengths of 4 to 8 inches. Sand bluestem is tall, reaching a height of 7 feet under best conditions. Sand bluestem has a J-shaped stem base, and the culms are solid, grooved on one

http://www.nmnh.si.edu/botany/botany.html
http://www.nmnh.si.edu/botany/botany.html side. The leaf blades have none to few hairs and have prominent midribs. Most leave are found near the base, with some leaves carried up on the stem. The seedheads generally have 2 to 6 digitate racemes, commonly 3 which produces the 'turkey foot' appearance, hence the common name.

Adaptation and Distribution

Distribution

Distribution

Sand bluestem is climatically adapted throughout the Great Plains Region on sandy, loamy sand or sandy loam soils. It occurs predominantly west of the Mississippi River to the Rocky Mountains and from Canada to Mexico. Consult the PLANTS Web site for additional distribution information and Plant Characteristics.

Establishment

Sand bluestem should be seeded in the spring just prior to the start of the growing season, A drill specifically built for seeding native grasses should be used, It is best if the grass is seeded into a weed free standing cover crop, The seeding rate is about 6 pounds Pure Live Seed (PLS) per acre, The local NRCS Field Office should be consulted prior to ordering any seed to ensure the right amount and planting mixture is used, Broadcast seeding will result in significantly fewer viable seedlings as opposed to drilling, Broadcasting should only be done on small acreages where drilling is not physically feasible, Applying commercial fertilizers to native grass seedings is more likely to result in competitive weed growth rather than improve grass establishment, If the pH is below 5,5, lime should be incorporated into the soil prior to planting, When possible, a named variety suitable for your growing area should be used, If this is not possible, a seed source closer than 400 miles to the South, 150 miles to the North or an elevation increase of 1,500 feet should be used if a stand is to be successfully grown, , Use soil moisture sensors to measure the soil moisture of Sand Bluestem.

Plant Traits

Growth Requirements

Fertility RequirementHigh
Cold Stratification RequiredNo
Cold Stratification RequiredNo
Cold Stratification RequiredNo
Cold Stratification RequiredNo
Cold Stratification RequiredNo
Cold Stratification RequiredNo
Drought ToleranceHigh
Drought ToleranceHigh
Drought ToleranceHigh
Drought ToleranceHigh
Drought ToleranceHigh
Drought ToleranceHigh
Fertility RequirementHigh
Fertility RequirementHigh
Fertility RequirementHigh
CaCO3 ToleranceLow
Fertility RequirementHigh
Fertility RequirementHigh
Fire ToleranceHigh
Fire ToleranceHigh
Fire ToleranceHigh
Fire ToleranceHigh
Fire ToleranceHigh
Fire ToleranceLow
Frost Free Days, Minimum120
Frost Free Days, Minimum120
Frost Free Days, Minimum120
Frost Free Days, Minimum120
Frost Free Days, Minimum120
Frost Free Days, Minimum150
Adapted to Medium Textured SoilsNo
Adapted to Coarse Textured SoilsYes
Adapted to Coarse Textured SoilsYes
Adapted to Coarse Textured SoilsYes
Adapted to Coarse Textured SoilsYes
Adapted to Coarse Textured SoilsYes
Adapted to Coarse Textured SoilsYes
Adapted to Fine Textured SoilsNo
Adapted to Fine Textured SoilsNo
Adapted to Fine Textured SoilsNo
Adapted to Fine Textured SoilsNo
Adapted to Fine Textured SoilsNo
Adapted to Fine Textured SoilsNo
Adapted to Medium Textured SoilsNo
Adapted to Medium Textured SoilsNo
Temperature, Minimum (°F)-38
Adapted to Medium Textured SoilsNo
Adapted to Medium Textured SoilsNo
Adapted to Medium Textured SoilsNo
Anaerobic ToleranceMedium
Anaerobic ToleranceMedium
Anaerobic ToleranceMedium
Anaerobic ToleranceMedium
Anaerobic ToleranceMedium
Anaerobic ToleranceMedium
CaCO3 ToleranceHigh
CaCO3 ToleranceLow
CaCO3 ToleranceLow
CaCO3 ToleranceLow
CaCO3 ToleranceLow
Salinity ToleranceLow
Precipitation, Minimum10
Precipitation, Minimum10
Precipitation, Minimum10
Precipitation, Minimum10
Precipitation, Minimum10
Precipitation, Minimum10
Root Depth, Minimum (inches)20
Root Depth, Minimum (inches)20
Root Depth, Minimum (inches)20
Root Depth, Minimum (inches)20
Root Depth, Minimum (inches)20
Root Depth, Minimum (inches)20
Salinity ToleranceLow
Salinity ToleranceLow
Hedge ToleranceNone
Salinity ToleranceLow
Salinity ToleranceLow
Salinity ToleranceLow
Shade ToleranceIntolerant
Shade ToleranceIntolerant
Shade ToleranceIntolerant
Shade ToleranceIntolerant
Shade ToleranceIntolerant
Shade ToleranceIntolerant
Temperature, Minimum (°F)-13
Temperature, Minimum (°F)-23
Temperature, Minimum (°F)-23
Temperature, Minimum (°F)-38
Temperature, Minimum (°F)-38
Precipitation, Maximum30
Hedge ToleranceNone
Hedge ToleranceNone
Hedge ToleranceNone
Hedge ToleranceNone
Hedge ToleranceNone
Moisture UseLow
Moisture UseLow
Moisture UseLow
Moisture UseLow
Moisture UseLow
Moisture UseMedium
pH, Maximum8.4
pH, Maximum8.4
pH, Maximum8.4
pH, Maximum8.4
pH, Maximum8.4
Precipitation, Maximum32
Precipitation, Maximum30
Precipitation, Maximum30
Precipitation, Maximum30
Precipitation, Maximum30
pH, Minimum5.6
pH, Minimum5.6
pH, Minimum5.6
pH, Minimum5.6
pH, Minimum5.6
pH, Minimum5.6
pH, Maximum8.4


Morphology/Physiology

Resprout AbilityNo
Resprout AbilityNo
Resprout AbilityNo
Resprout AbilityNo
Resprout AbilityNo
Shape and OrientationErect
Shape and OrientationErect
Shape and OrientationErect
Shape and OrientationErect
Shape and OrientationErect
Shape and OrientationErect
ToxicityNone
ToxicityNone
ToxicityNone
ToxicityNone
ToxicityNone
ToxicityNone
Active Growth PeriodSummer
Flower ColorYellow
Flower ConspicuousNo
Flower ConspicuousNo
Flower ConspicuousNo
Flower ConspicuousNo
Flower ColorYellow
Flower ColorYellow
Flower ColorYellow
Flower ColorYellow
Flower ConspicuousNo
Flower ColorYellow
Fire ResistantNo
Fire ResistantNo
Fire ResistantNo
Fire ResistantNo
Fire ResistantNo
Fire ResistantNo
Fall ConspicuousNo
Foliage Porosity SummerModerate
Foliage Porosity WinterPorous
Foliage Porosity WinterPorous
Foliage Porosity WinterPorous
Foliage Porosity SummerModerate
Foliage Porosity SummerModerate
Foliage Porosity SummerModerate
Foliage Porosity SummerModerate
Foliage Porosity SummerModerate
Fall ConspicuousNo
Foliage ColorGreen
Foliage ColorGreen
Foliage ColorGreen
Foliage ColorGreen
Foliage ColorGreen
Foliage ColorGreen
Flower ConspicuousNo
After Harvest Regrowth RateModerate
BloatNone
BloatNone
BloatNone
BloatNone
BloatNone
After Harvest Regrowth RateModerate
After Harvest Regrowth RateModerate
After Harvest Regrowth RateModerate
BloatNone
After Harvest Regrowth RateModerate
After Harvest Regrowth RateModerate
Active Growth PeriodSummer
Active Growth PeriodSummer
Active Growth PeriodSummer
Active Growth PeriodSummer
Active Growth PeriodSummer
Resprout AbilityNo
Coppice PotentialNo
Fall ConspicuousNo
Fall ConspicuousNo
Fall ConspicuousNo
Fall ConspicuousNo
Coppice PotentialNo
Coppice PotentialNo
Coppice PotentialNo
Coppice PotentialNo
Nitrogen FixationNone
Coppice PotentialNo
C:N RatioMedium
C:N RatioMedium
C:N RatioMedium
C:N RatioMedium
C:N RatioMedium
C:N RatioMedium
Known AllelopathNo
Leaf RetentionNo
Leaf RetentionNo
Leaf RetentionNo
Leaf RetentionNo
Leaf RetentionNo
Leaf RetentionNo
Known AllelopathNo
Known AllelopathNo
LifespanModerate
Known AllelopathNo
Known AllelopathNo
Known AllelopathNo
Height, Mature (feet)6.4
Height, Mature (feet)6.2
Height, Mature (feet)6.2
Height, Mature (feet)6.1
Low Growing GrassNo
Nitrogen FixationNone
Nitrogen FixationNone
Nitrogen FixationNone
Nitrogen FixationNone
Nitrogen FixationNone
Low Growing GrassNo
Low Growing GrassNo
Low Growing GrassNo
Foliage Porosity WinterPorous
Low Growing GrassNo
Low Growing GrassNo
LifespanModerate
LifespanModerate
LifespanModerate
LifespanModerate
LifespanModerate
Foliage TextureCoarse
Fruit/Seed ConspicuousNo
Fruit/Seed ConspicuousNo
Fruit/Seed ColorBrown
Fruit/Seed ColorBrown
Fruit/Seed ColorBrown
Fruit/Seed ColorBrown
Fruit/Seed ColorBrown
Fruit/Seed ColorBrown
Height, Mature (feet)6.1
Foliage TextureCoarse
Foliage TextureCoarse
Foliage TextureCoarse
Foliage TextureCoarse
Foliage TextureCoarse
Foliage Porosity WinterPorous
Foliage Porosity WinterPorous
Height, Mature (feet)6.1
Fruit/Seed ConspicuousNo
Fruit/Seed ConspicuousNo
Growth RateModerate
Growth RateModerate
Growth RateModerate
Growth RateModerate
Growth RateModerate
Growth RateModerate
Growth FormRhizomatous
Growth FormRhizomatous
Growth FormRhizomatous
Growth FormRhizomatous
Growth FormBunch
Fruit/Seed ConspicuousNo
Fruit/Seed ConspicuousNo
Growth FormRhizomatous


Reproduction

Propagated by SodNo
Propagated by SodNo
Propagated by SprigsNo
Propagated by SprigsNo
Propagated by SprigsNo
Propagated by SprigsNo
Propagated by SprigsNo
Propagated by SprigsNo
Propagated by TubersNo
Propagated by TubersNo
Propagated by TubersNo
Propagated by TubersNo
Propagated by TubersNo
Propagated by TubersNo
Fruit/Seed PersistenceNo
Propagated by SodNo
Propagated by SodNo
Propagated by SodNo
Propagated by SodNo
Propagated by SeedYes
Propagated by SeedYes
Propagated by SeedYes
Propagated by SeedYes
Propagated by SeedYes
Propagated by SeedYes
Propagated by CuttingsNo
Propagated by CuttingsNo
Propagated by CuttingsNo
Propagated by CuttingsNo
Propagated by CuttingsNo
Seedling VigorMedium
Vegetative Spread RateSlow
Vegetative Spread RateRapid
Vegetative Spread RateRapid
Vegetative Spread RateRapid
Vegetative Spread RateRapid
Vegetative Spread RateRapid
Small GrainNo
Small GrainNo
Small GrainNo
Small GrainNo
Small GrainNo
Small GrainNo
Seedling VigorMedium
Seedling VigorMedium
Seed per Pound96640
Seedling VigorMedium
Seedling VigorMedium
Seedling VigorMedium
Seed Spread RateSlow
Seed Spread RateSlow
Seed Spread RateSlow
Seed Spread RateSlow
Seed Spread RateSlow
Seed Spread RateSlow
Seed per Pound96640
Seed per Pound96640
Seed per Pound96640
Seed per Pound96640
Seed per Pound96640
Fruit/Seed AbundanceHigh
Fruit/Seed Period EndFall
Fruit/Seed Period EndFall
Fruit/Seed Period EndFall
Fruit/Seed Period EndFall
Fruit/Seed Period EndFall
Fruit/Seed Period BeginSummer
Fruit/Seed Period BeginSummer
Fruit/Seed Period BeginSummer
Fruit/Seed Period BeginSummer
Fruit/Seed Period BeginSummer
Fruit/Seed Period BeginFall
Fruit/Seed AbundanceMedium
Fruit/Seed AbundanceHigh
Fruit/Seed AbundanceHigh
Fruit/Seed AbundanceHigh
Propagated by CormNo
Fruit/Seed AbundanceHigh
Commercial AvailabilityRoutinely Available
Commercial AvailabilityRoutinely Available
Commercial AvailabilityRoutinely Available
Commercial AvailabilityRoutinely Available
Commercial AvailabilityRoutinely Available
Commercial AvailabilityRoutinely Available
Bloom PeriodMid Summer
Bloom PeriodMid Summer
Bloom PeriodMid Summer
Bloom PeriodMid Summer
Bloom PeriodMid Summer
Bloom PeriodMid Summer
Propagated by CuttingsNo
Fruit/Seed PersistenceNo
Fruit/Seed Period EndFall
Propagated by CormNo
Propagated by CormNo
Propagated by CormNo
Propagated by CormNo
Propagated by CormNo
Propagated by ContainerNo
Propagated by ContainerNo
Propagated by ContainerNo
Propagated by ContainerNo
Propagated by ContainerNo
Propagated by ContainerNo
Propagated by BulbNo
Propagated by BulbNo
Propagated by BulbNo
Propagated by BulbNo
Fruit/Seed PersistenceNo
Fruit/Seed PersistenceNo
Fruit/Seed PersistenceNo
Fruit/Seed PersistenceNo
Propagated by Bare RootNo
Propagated by Bare RootNo
Propagated by Bare RootNo
Propagated by Bare RootNo
Propagated by Bare RootNo
Propagated by Bare RootNo
Propagated by BulbNo
Propagated by BulbNo


Suitability/Use

Post ProductNo
Post ProductNo
Post ProductNo
Post ProductNo
Palatable HumanNo
Palatable HumanNo
Palatable HumanNo
Palatable HumanNo
Palatable HumanNo
Palatable HumanNo
Palatable Graze AnimalHigh
Palatable Graze AnimalHigh
Palatable Graze AnimalHigh
Palatable Graze AnimalHigh
Palatable Graze AnimalHigh
Palatable Graze AnimalHigh
Palatable Browse AnimalMedium
Palatable Browse AnimalMedium
Palatable Browse AnimalMedium
Pulpwood ProductNo
Veneer ProductNo
Veneer ProductNo
Veneer ProductNo
Veneer ProductNo
Veneer ProductNo
Veneer ProductNo
Pulpwood ProductNo
Pulpwood ProductNo
Pulpwood ProductNo
Post ProductNo
Pulpwood ProductNo
Pulpwood ProductNo
Protein PotentialMedium
Protein PotentialMedium
Protein PotentialMedium
Protein PotentialMedium
Protein PotentialMedium
Protein PotentialMedium
Post ProductNo
Christmas Tree ProductNo
Lumber ProductNo
Fodder ProductYes
Fodder ProductYes
Fodder ProductYes
Fodder ProductYes
Fodder ProductYes
Fodder ProductYes
Christmas Tree ProductNo
Christmas Tree ProductNo
Lumber ProductNo
Christmas Tree ProductNo
Christmas Tree ProductNo
Christmas Tree ProductNo
Berry/Nut/Seed ProductNo
Berry/Nut/Seed ProductNo
Berry/Nut/Seed ProductNo
Berry/Nut/Seed ProductNo
Berry/Nut/Seed ProductNo
Berry/Nut/Seed ProductNo
Naval Store ProductNo
Palatable Browse AnimalMedium
Palatable Browse AnimalMedium
Nursery Stock ProductNo
Nursery Stock ProductNo
Nursery Stock ProductNo
Nursery Stock ProductNo
Nursery Stock ProductNo
Nursery Stock ProductNo
Naval Store ProductNo
Palatable Browse AnimalMedium
Naval Store ProductNo
Naval Store ProductNo
Naval Store ProductNo
Naval Store ProductNo
Lumber ProductNo
Lumber ProductNo
Lumber ProductNo
Lumber ProductNo

Sand Bluestem

Sand Bluestem

Sand Bluestem

Sand Bluestem