SEAN FITZGERALD PHOTOGRAPHY ARCHIVE

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  • Young girls at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3362.tif
  • Volunteer digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3309.tif
  • Randy Johnson demonstrating how to dig up plants to volunteers before a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7613.tif
  • Randy Johnson demonstrating how to dig up plants to volunteers before a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7575.tif
  • Leavenworth eryngo (ryngium leavenworthii) on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3179.tif
  • Leavenworth eryngo (ryngium leavenworthii) on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3171.tif
  • Randy Johnson searching for plants to mark for rescue at a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3150.tif
  • Randy Johnson searching for plants to mark for rescue at a mative prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3076.tif
  • Dotted gayfeather (Liatris punctata) and volunteers during prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7503.tif
  • Volunteer holding dotted gayfeather (Liatris punctata) dug up during prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7782.tif
  • Shadow of volunteer working to dig out and save plants at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7755.tif
  • Young girls at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3422.tif
  • Young girls at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3404.tif
  • Young girls at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3401.tif
  • Young girls at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3369.tif
  • Volunteer collecting seeds of a Hall’s dalea IDalea hallii) at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7729.tif
  • Hall’s dalea IDalea hallii) and volunteers at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7725.tif
  • Volunteer collecting seeds of a Hall’s dalea IDalea hallii) at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7700.tif
  • Volunteer marking location of a Hall’s dalea IDalea hallii) at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7671.tif
  • Pink flags marking plants at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7660.tif
  • Pink flags marking plants at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7655.tif
  • Young girl digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3347.tif
  • Young girl digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3345.tif
  • Young girl digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3343.tif
  • Volunteer holding a Hall’s dalea IDalea hallii) at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7647.tif
  • Volunteer holding a Hall’s dalea IDalea hallii) at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7635.tif
  • Volunteer mother and child digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3312.tif
  • Volunteer digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3306.tif
  • Volunteer digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3300.tif
  • Volunteer digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3293.tif
  • Volunteers working to dig out and save plants at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3288.tif
  • Volunteer digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3278.tif
  • Volunteer digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3276.tif
  • Volunteer digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3274.tif
  • Volunteer digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3268.tif
  • Volunteer digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3259.tif
  • Volunteers working to dig out and save plants at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7630.tif
  • Volunteer digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3254.tif
  • Volunteer marking locations and saving seeds at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3250.tif
  • Volunteer marking locations and saving seeds at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3249.tif
  • Volunteers working to dig out and save plants at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3241.tif
  • Randy Johnson demonstrating how to dig up plants to volunteers before a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7624.tif
  • Randy Johnson speaking to volunteers before a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3231.tif
  • Randy Johnson speaking to volunteers before a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3223.tif
  • Randy Johnson speaking to volunteers before a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3221.tif
  • Randy Johnson speaking to volunteers before a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3195.tif
  • Randy Johnson searching for plants to mark for rescue at a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3138.tif
  • Randy Johnson searching for plants to mark for rescue at a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3123.tif
  • Randy Johnson searching for plants to mark for rescue at a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3106.tif
  • Dotted gayfeather (Liatris punctata) and volunteers during prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7531.tif
  • Volunteer and dotted gayfeather (Liatris punctata) dug up during prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7794.tif
  • Shadow of volunteer working to dig out and save plants at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7760.tif
  • Volunteers working to dig out and save plants at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7751.tif
  • Young girls at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3386.tif
  • Young girls at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3374.tif
  • Young girls at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3368.tif
  • Volunteer mother and child digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3336.tif
  • Volunteer holding a Hall’s dalea IDalea hallii) at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7649.tif
  • Volunteer mother and child digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3331.tif
  • Volunteer mother and child digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3319.tif
  • Volunteer digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3265.tif
  • Volunteer digging at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3262.tif
  • Volunteers working to dig out and save plants at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3243.tif
  • Volunteers working to dig out and save plants at a native prairie plant rescue on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3239.tif
  • Randy Johnson demonstrating how to dig up plants to volunteers before a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_7604.tif
  • Randy Johnson speaking to volunteers before a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3216.tif
  • Randy Johnson speaking to volunteers before a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3211.tif
  • Randy Johnson speaking to volunteers before a native prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3194.tif
  • Volunteers searching for plants to mark for rescue at a mative prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3157.tif
  • Volunteers searching for plants to mark for rescue at a mative prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3155.tif
  • Randy Johnson searching for plants to mark for rescue at a mative prairie plant rescue of plants on a limestone prairie ecosystem slated for development in the greater Blackland Prairie, Garland, Texas, United States, USA. Limestone prairie ecosystems support unique plant communities that thrive in the thin-soiled, xeric environment. This rescue was a collaborative effort between the Botanical Research Institute of Texas, Blackland Prairie Chapter of Native Prairies Association of Texas and the initial locators of this site: Akash Munshi and Randy Johnson with the Blackland Prairie Restoration Club.
    seanfitzgerald_231006_3088.tif
  • Smpw covered grasses of remnant Blackland Prairie, White Rock Lake, Dallas, Texas, United States, USA.
    seanfitzgerald_210218_2292.tif
  • Tree and snow covered grasses of remnant Blackland Prairie nest to a frozen White Rock Lake, Dallas, Texas, United States, USA.
    seanfitzgerald_210218_3315.tif
  • Waterfowl attracted to man throwing bread crumbs on shore of White Rock Lake, Dallas, Texas, United States, USA.
    seanfitzgerald_180106_7044.tif
  • Snow covered grasses of remnant Blackland Prairie, White Rock Lake, Dallas, Texas, United States, USA.
    seanfitzgerald_210218_2308.tif
  • People standing near trees and snow covered grasses of remnant Blackland Prairie nest to a frozen White Rock Lake, Dallas, Texas, United States, USA.
    seanfitzgerald_210218_3292.tif
  • Snow covered grasses of remnant Blackland Prairie, White Rock Lake, Dallas, Texas, United States, USA.
    seanfitzgerald_210218_2265.tif
  • Pale purple coneflower, Mary Talbot Prairie, New Boston, Texas, United States, USA.
    seanfitzgerald_230623_8776.tif
  • Backlit rosinweed in field of prairie blazing star, Mary Talbot Prairie, New Boston, Texas, United States, USA.
    seanfitzgerald_230623_8574.tif
  • Backlit rosinweed in field of prairie blazing star, Mary Talbot Prairie, New Boston, Texas, United States, USA.
    seanfitzgerald_230623_8565.tif
  • Backlit rosinweed in field of prairie blazing star, Mary Talbot Prairie, New Boston, Texas, United States, USA.
    seanfitzgerald_230623_8528.tif
  • Mary Talbot Prairie, New Boston, Texas, United States, USA.
    seanfitzgerald_230623_8475.tif
  • Rosinweed (Need ID) Mary Talbot Prairie, New Boston, Texas, United States, USA.
    seanfitzgerald_230623_6258.tif
  • Spiderwort,(Need ID) Mary Talbot Prairie, New Boston, Texas, United States, USA.
    seanfitzgerald_230623_6239.tif
  • Spiderwort,(Need ID) Mary Talbot Prairie, New Boston, Texas, United States, USA.
    seanfitzgerald_230623_6212.tif
  • Backlit prairie blazing star, Mary Talbot Prairie, New Boston, Texas, United States, USA.
    seanfitzgerald_230623_6032.tif
  • Great coneflowers in field of prairie blazing star, Mary Talbot Prairie, New Boston, Texas, United States, USA.
    seanfitzgerald_230622_8311.tif
  • Lynx spider on Prairie Blazing Star (Liatris pycnostachya) wildflower in bloom in early summer, Mary Talbot Prairie, a Blackland Prairie ecosystem, New Boston, Texas, USA. Mary Talbot Prairie is owned by the Native Prairies Association of Texas.
    seanfitzgerald_220617_9998.tif
  • Lynx spider on Prairie Blazing Star (Liatris pycnostachya) wildflower in bloom in early summer, Mary Talbot Prairie, a Blackland Prairie ecosystem, New Boston, Texas, USA. Mary Talbot Prairie is owned by the Native Prairies Association of Texas.
    seanfitzgerald_220617_9995.tif
  • Dead coyotes on fence post along snow-covered road and field, on historic Blackland Prairie outside Greenville, Texas, United States, USA.
    seanfitzgerald_210215_2091.tif
  • Dead coyotes on fence post along snow-covered road and field, on historic Blackland Prairie outside Greenville, Texas, United States, USA.
    seanfitzgerald_210215_2081.tif
  • Sunburst through smoke and fire from prescribed burn on the Blackland Prairie at Clymer Meadow Preserve, Texas Nature Conservancy, Greenville, Texas, USA.
    seanfitzgerald_130312_3753.tif
  • Fire specialists meeting before lighting prescribed burn on the Blackland Prairie at Clymer Meadow Preserve, Texas Nature Conservancy, Greenville, Texas, USA.
    seanfitzgerald_130312_3392.tif
  • Fire specialists meeting after prescribed burn on the Blackland Prairie at Clymer Meadow Preserve, Texas Nature Conservancy, Greenville, Texas, USA.
    seanfitzgerald_121008_1765.tif
  • Fire specialist lighting prescribed burn with drip torch on the Blackland Prairie at Clymer Meadow Preserve, Texas Nature Conservancy, Greenville, Texas, USA.
    seanfitzgerald_121008_1620.tif
  • Field of Black-eyed Susan (Rudbeckia hirta), meadow pink and other wildflowers, Daphne Prairie, Mount Vernon, Texas, United States, USA.
    seanfitzgerald_230623_9130.tif
  • Field of Black-eyed Susan (Rudbeckia hirta), meadow pink and other wildflowers, Daphne Prairie, Mount Vernon, Texas, United States, USA.
    seanfitzgerald_230623_6360.tif
  • Field of Black-eyed Susan (Rudbeckia hirta), meadow pink and other wildflowers, Daphne Prairie, Mount Vernon, Texas, United States, USA.
    seanfitzgerald_230623_6341.tif
  • Close up of Black-eyed Susan (Rudbeckia hirta), meadow pink and other wildflowers, Daphne Prairie, Mount Vernon, Texas, United States, USA.
    seanfitzgerald_230623_6324.tif
  • Field of Black-eyed Susan (Rudbeckia hirta), meadow pink and other wildflowers, Daphne Prairie, Mount Vernon, Texas, United States, USA.
    seanfitzgerald_230623_6314.tif
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