Skip to content
Texas Blackland Prairies
Region profile

Texas Blackland Prairies

Texas Blackland Prairies is a historically tallgrass prairie ecoregion in eastern Texas stretching over 300 miles that is now mostly converted to cropland, pasture, rangeland, and urban uses, characterized by a mild, humid, subtropical climate and fine-textured clayey soils.

Zone

Interior

Common Name

Texas Blackland Prairies

CEC Level III Code

9.4.7

CEC Level II Code

9.4 South-Central Semi-Arid Prairies

Overview

About This Region

The Texas Blackland Prairies, named for their rich, dark soil, are a key Nearctic biome (Temperate grasslands, savannas, and shrublands). Historically a tall-grass prairie, less than 1% of the original vegetation remains due to extensive habitat loss (76.458%) driven by cropland and agricultural enterprises like cotton, corn, milo, wheat, and livestock grazing. This massive habitat conversion limits the diversity of native plants crucial for supporting the region’s 216 bird and 61 mammal species, severely impacting pollinator populations. Conservation efforts focus on restoring remnant native prairie sites and establishing pollinator gardens.

Region facts

At a glance

AliasesTexas Blackland Prairies, CEC 9.4.7, TX Blackland Prairies, Blackland Prairie
Geographic Range
The Texas Blackland Prairies stretch over 300 miles in eastern Texas, from near the Oklahoma border in the north to San Antonio in the south, and include the separate Fayette Prairie region to the southeast.
Climate SnapshotThe Texas Blackland Prairies ecoregion has a mild, mid-latitude, humid, subtropical climate with hot summers, mild winters, a mean annual temperature of 17°C to 21°C, and mean annual precipitation of 954 mm.
Terrain ProfileThe Texas Blackland Prairies are characterized by nearly level to gently sloping plains, lightly to moderately dissected, with elevations generally ranging from 300 to 800 feet above sea level.
Vegetation CoverHistorically, the region was a tallgrass prairie dominated by species like little bluestem, but almost all of it has now been converted to cropland and other uses, though riparian areas retain various oak and other tree species.
Wildlife HabitatWhile historical inhabitants included bison, wolves, and greater prairie-chickens, today the limited habitat primarily supports species like the coyote, armadillo, raccoon, and the Texas horned lizard.

Eco snapshot

What shapes this region

Climate pattern

  • Warm-season growing conditions are common, but timing varies by microclimate (small local weather differences), shade, and soil moisture.
  • Periods of heavy rain and periods of drought can both occur, so resilient plant choices matter.
  • Exposed sites can dry quickly; protected courtyards and irrigated beds behave differently.

Vegetation profile

Historically, the region was a tallgrass prairie dominated by species like little bluestem, but almost all of it has now been converted to cropland and other uses, though riparian areas retain various oak and other tree species.

Wildlife profile

While historical inhabitants included bison, wolves, and greater prairie-chickens, today the limited habitat primarily supports species like the coyote, armadillo, raccoon, and the Texas horned lizard.

Why pollinators matter here

  • Prairie wildflowers can provide high-quality nectar and pollen when planted in clusters.
  • Fragmented habitat means “stepping-stone” gardens can help pollinators move through developed areas.
  • Many native bees nest in the ground and benefit from undisturbed soil patches.
  • Late-season flowers are especially important to help pollinators build reserves before colder weather.

Seasonal timing

Planting seasons

Timing varies by microclimate; use this as a flexible guide.

Seasonal timing

  • Late winter/early spring: Plan your patch, prep a small area, and start with a few early bloomers.
  • Spring: A common time for planting and establishing many natives (especially in prepared beds).
  • Summer: Focus on watering new plants, adding heat-tough “bridge” bloomers, and avoiding soil disturbance.
  • Late summer/fall: Often a good time to plant perennials and sow some native seed (site-dependent).
  • Winter: Leave stems/leaf litter for shelter; plan next year’s bloom sequence.

Quick seasonal checklist

  • Choose 3–5 species to start, then expand.
  • Plant in clumps (not single scattered plants).
  • Keep one small patch of bare soil for ground nesters.
  • Aim for something blooming in each season.
  • Use mulch carefully (leave some open ground).

Yearly needs

Pollinator calendar

What pollinators need throughout the year, and what to do about it.

Late winter/early springEarly nectar/pollen; safe places to warm up and nestAdd a few early-blooming natives; leave last year’s stems/leaves a bit longer; avoid spring pesticide “cleanup” sprays
SpringSteady bloom; nesting materials and undisturbed soilPlant in sunny clumps; keep a small bare-soil area; provide shallow water (pebbles in a dish)
SummerHeat-resilient flowers; water access; shade/shelterAdd mid-summer bloomers; water new plants deeply but not constantly; include some bunch grasses or dense plants for shelter
Late summer/fallHigh-energy nectar; late pollen; seed/cover for overwinteringPrioritize late-blooming natives; avoid cutting everything back; let some plants go to seed
Winter or Dry SeasonShelter from cold/wind; protected nesting sitesLeave stems standing; keep brush/leaf corners; plan next season’s bloom gaps to fill

Seed mix concept

A Billion Small Steps Seed mix

A simple way to plan is to think in three layers so your patch feeds pollinators for as long as possible:

Spring starter

Spring starter: early bloomers that “wake up” the season.

Summer bridge

Summer bridge: heat-tough flowers that keep nectar/pollen available through the hottest stretch.

Fall finisher

Fall finisher: late bloomers (often asters/goldenrods-type plants) that provide crucial end-of-season fuel.

What You Can Do

Make a difference for native habitats.

Turn this knowledge into action. Whether you plant a single pot or a whole garden, you are building a vital bridge for local biodiversity.

Join the movement to restore our shared habitats.

Native plants

Plants that thrive in this region

Asters (*Symphyotrichum* spp.)

Asters

Asters are late-season wildflowers that bring a burst of daisy-like blooms when many gardens are winding down, making them a reliable choice for pollinator-friendly planting.

View plant profile
Blanketflowers (*Gaillardia* spp.)

Blanketflowers

Blanketflowers (Gaillardia) are bright, long-blooming wildflowers that can bring steady color and pollinator visits to sunny gardens, schoolyards, and even containers.

View plant profile
F_wildflowers-herbaceous-perennials-blazing-stars (2).jpg

Blazing stars

Blazing stars (Liatris) are upright, purple-pink wildflowers that bloom in showy spikes and are well-loved by many pollinators. They’re a strong choice for sunny gardens, borders, and meadow-style plantings.

View plant profile
Clovers (*Trifolium* spp.)

Clovers

Clovers are small, easygoing plants in the genus Trifolium that can add nectar and pollen to gardens, lawns, and pots while helping cover bare soil.

View plant profile
Coneflowers (*Echinacea* (genus))

Coneflowers

Coneflowers (Echinacea) are tough, long-blooming wildflowers that bring steady color and reliable nectar and pollen to gardens, schoolyards, and even large containers.

View plant profile
Coreopsis (*Coreopsis* spp.)

Coreopsis

Coreopsis (often called tickseed) is a cheerful, long-blooming group of wildflowers that can brighten gardens and containers while offering easy-to-find nectar and pollen for many pollinators.

View plant profile
Goldenrods (*Solidago* spp.)

Goldenrods

Goldenrods are tough, sunny wildflowers in the genus Solidago that light up late-season gardens with golden blooms and provide reliable nectar and pollen when many other flowers are fading.

View plant profile
Ironweeds (*Vernonia* (genus))

Ironweeds

Ironweeds are tall, purple-blooming wildflowers in the genus Vernonia that bring late-season color and steady nectar to pollinator gardens.

View plant profile
Milkweeds (*Asclepias* (genus))

Milkweeds

Milkweeds are tough, nectar-rich wildflowers in the genus Asclepias that can turn a garden bed, schoolyard edge, or even a sunny pot into a pollinator stop.

View plant profile
Mountain mints (Pycnanthemum (genus))

Mountain mints

Mountain mints are tough, fragrant native wildflowers that bloom in summer and are famous for drawing in a busy mix of pollinators. They’re easy to grow, handle a range of garden conditions, and make a great “plant it and watch it” choice for pollinator patches.

View plant profile
Prairie clovers (*Dalea* spp.)

Prairie clovers

Prairie clovers (genus Dalea) are prairie wildflowers with tidy, clover-like leaves and bottlebrush-style blooms that are popular with many pollinators. They’re a great choice for sunny, well-drained spots where you want long-lasting summer color without fussy care.

View plant profile
Prairie coneflowers (*Ratibida* spp.)

Prairie coneflowers

Prairie coneflowers (Ratibida) are tough, sunny wildflowers with drooping petals and a bold cone-shaped center that pollinators can easily find. They’re a great choice for low-fuss gardens, schoolyards, and naturalized patches where you want long-lasting summer color.

View plant profile
Sunflowers (*Helianthus* spp.)

Sunflowers

Native sunflowers are bright, tough wildflowers in the genus Helianthus that feed pollinators and add cheerful color from mid-season into fall.

View plant profile
Wild bergamot & bee balms (*Monarda* spp.)

Wild bergamot & bee balms

Wild bergamot and other bee balms (the genus Monarda) are easygoing native wildflowers known for their shaggy, pom‑pom blooms that draw in lots of pollinators. They’re a great choice when you want long-lasting summer color and a plant that feels lively with buzzing visitors.

View plant profile
Wild indigos (*Baptisia* (genus))

Wild indigos

Wild indigos (genus Baptisia) are long-lived native wildflowers known for upright flower spikes, clover-like leaves, and a tough, low-fuss nature once established. They’re a strong choice for pollinator-friendly gardens where you want reliable blooms and a plant that can hold its own without constant care.

View plant profile
Wild sunflowers’ relatives (*Silphium*)

Wild sunflowers’ relatives

Silphium (often called rosinweed) is a group of tall, tough native wildflowers known for sunflower-like blooms and long-lasting nectar and pollen. They’re a strong choice for pollinator gardens, schoolyards, and naturalized edges where you want big plants that can handle summer heat once established.

View plant profile

Pollinators

Pollinators active in this region

Bee flies (Family Bombyliidae)

Bee flies

Adults visit flowers for nectar and can move pollen between blooms; their presence is a sign of diverse, functioning habitats.

View pollinator profile
Brushfoots (Family Nymphalidae)

Brushfoots

Many brushfoots move pollen between flowers as they feed, and their caterpillars are part of healthy food webs.

View pollinator profile
Bumble bees (Genus Bombus)

Bumble bees

Bumble bees are important pollinators of many wildflowers and garden plants, helping ecosystems and food crops reproduce.

View pollinator profile
F_hoverfly-01.jpg

Flower flies / hoverflies

Adults visit flowers for nectar and pollen, and many species’ larvae help keep plant-eating pests in check.

View pollinator profile
Hawk / sphinx moths (Family Sphingidae)

Hawk / sphinx moths

They can move pollen between flowers while feeding on nectar, especially for blooms that open or scent up in the evening.

View pollinator profile
Leafcutter bees (Genus Megachile)

Leafcutter bees

They move pollen between flowers while foraging, helping many wild plants and garden plants set seed and fruit.

View pollinator profile
Mason bees (Genus Osmia)

Mason bees

They move pollen between flowers while foraging, helping many wild plants and garden crops set seed and fruit.

View pollinator profile
Mining bees (Genus Andrena)

Mining bees

They move pollen between flowers while foraging, helping many wild plants and garden plants set seed and fruit.

View pollinator profile
Paper wasps (Genus Polistes)

Paper wasps

They can move pollen while drinking nectar, and they also help control many plant-eating insects.

View pollinator profile
Silkmoths (giant moths) (Family Saturniidae)

Silkmoths (giant moths)

They’re part of healthy food webs and plant communities, and their caterpillars depend on a wide range of native trees and shrubs.

View pollinator profile
Skippers (Family Hesperiidae)

Skippers

Skippers visit many flowers for nectar and can help move pollen between blooms while they feed.

View pollinator profile
Small nectar moths (micro-moths) (Multiple families (varies))

Small nectar moths (micro-moths)

Many small moths move pollen while feeding on nectar, supporting wild plants and garden blooms—especially in the evening and at night.

View pollinator profile
Soldier beetles (Family Cantharidae)

Soldier beetles

Many adults visit flowers and can move pollen between blooms, while also helping control some garden pests.

View pollinator profile
Swallowtails (Family Papilionidae)

Swallowtails

Adult swallowtails visit many flowers for nectar and can help move pollen between blooms as they feed.

View pollinator profile
Sweat bees (Family Halictidae)

Sweat bees

They help move pollen between flowers in gardens, parks, and natural areas, supporting seed and fruit production.

View pollinator profile
Whites & sulphurs (Family Pieridae)

Whites & sulphurs

They visit a wide range of flowers for nectar and can help move pollen between blooms as they feed.

View pollinator profile