Abstract: A new and distinct variety of Japanese Snowbell tree named ‘SJMTF’ substantially as herein shown, illustrated and described, characterized particularly as to novelty by its columnar growth habit; dominant central leader, smaller, darker leaves; and its prolific blooms. These genetic traits are unique to my new variety and can be consistently reproduced by asexual propagation.

Abstract: A new and distinct variety of Winged Elm tree named ‘UAMTF’ substantially as herein shown, illustrated and described, characterized particularly as to novelty by its strong central leader as well as the refined, graceful branching which is attained through minimal and insignificant cork-like wings in comparison to the heavy wings evident in seedling Winged Elm. These form differences, along with its resistance to the powdery mildew and other leaf-borne illnesses found in seedling Winged Elm makes my selection uniquely different from all known patent selections and seedlings.

Abstract: A new and distinct variety of Black Tupelo tree named ‘NSMTF’ substantially as herein shown, illustrated and described, characterized particularly as to novelty by its deep, dark, lustrous foliage in summer and brilliant red leaves in the fall while having pyramidal growth habit, and a strong central leader with full scaffolding branch structure. This form difference, along with unique foliage colors makes my selection uniquely different from all known patent selections and seedlings.

Abstract: A Sweetbay Magnolia tree (Magnolia virginiana) named “MVMTF” having a compact habit with dense canopy, profuse flowering with small light green leaves that mature to a dark green that is true to evergreen withstanding low winter temperatures and also capable of being reproduced reliability from vegetative cuttings.

Abstract: A Laurel oak tree (Quercus hemisphaerica) named “QHMTF” having a compact habit with dense canopy, vigorous growth rate, shiny rich dark green foliage in summer, and semi-evergreen holding leaves until late spring and also capable of being reproduced reliably from vegetative cuttings.

Abstract: A holly tree (Ilex attenuata) named ‘IABOF’ having a compact, dense canopy, an increased caliper to height ratio, reduced berry weight load and also capable of being reproduced reliably from vegetative cuttings.

Abstract: A Japanese Zelkova tree (Zelkova serrata) named “ZSFKF” having a broad-spreading habit, fibrous root system, a more rapid growth rate, and heat tolerance and also capable of being reproduced reliably from vegetative cuttings

Abstract: A Willow Oak (Quercus phellos) named “QPMTF” having a dominant leader, broad-spreading habit with dense canopy, fast growth rate, and spider mite resistance and also capable of being reproduced reliably from vegetative cuttings.

Abstract: A Trident maple tree (Acer buergerianum) named ‘ABMTF’ having an upright oval canopy, dense branching, smooth bark that has minimal exfoliation, and vigorous growth rate, and is capable of being reproduced reliably from vegetative cuttings.

Abstract: A Japanese Zelkova tree (Zelkova serrata) named ‘ZSFKF’ having a broad-spreading habit, fibrous root system, a more rapid growth rate, and heat tolerance and also capable of being reproduced reliably from vegetative cuttings.

Abstract: An oak tree hybrid named ‘QXMTF’ believed to be a hybrid of Shumard Oak (Quercus Shumardi); and Southern Red Oak (Quercus falcata) characterized by a dense pyramidal growth habit, unique compact foliage and a consistent orange fall color.

Abstract: A Trident maple (Acer buergerianum) named ‘ABFSS,’ which has an upright fastigiate canopy and is capable of being reproduced reliably from vegetative cuttings.

Abstract: A Willow Oak (Quercus phellos) named ‘QPMTF’ having a dominant leader, broad spreading habit with dense canopy, fast growth rate, and spider mite resistance and also capable of being reproduced reliably from vegetative cuttings.

Abstract: A Nuttall oak tree (Quercus nuttallii) named ‘QNMTF’ having a compact habit with dense canopy, vigorous growth rate, burgundy new growth that matures to dark green in summer, orange-red color in fall and also capable of being reproduced reliably from vegetative cuttings.

Abstract: A holly tree (Ilex attenuata) named ‘IABOF’ having a compact, dense canopy, an increased caliper to height ratio, reduced berry weight load and also capable of being reproduced reliably from vegetative cuttings.

Abstract: A Laurel oak tree (Quercus hemisphaerica) named “QHMTF” having a compact habit with dense canopy, vigorous growth rate, shiny rich dark green foliage in summer, and semi-evergreen holding leaves until late spring and also capable of being reproduced reliably from vegetative cuttings.

Abstract: A new and distinct Sweetbay Magnolia tree (Magnolia virginiana) named ‘MVMTF’ having a compact habit with dense canopy, profuse flowering from May to October with small light green leaves that mature to a dark green that is true to evergreen withstanding low winter temperatures and also capable of being reproduced reliability from vegetative cuttings.

Abstract: A new and distinct variety of Winged Elm tree named ‘UAMTF’ substantially as herein shown, illustrated and described, characterized particularly as to novelty by its strong central leader as well as the refined, graceful branching which is attained through minimal and insignificant cork-like wings in comparison to the heavy wings evident in seedling Winged Elm. These form differences, along with its resistance to the powdery mildew and other leaf-borne illnesses found in seedling Winged Elm makes my selection uniquely different from all known patent selections and seedlings.

Abstract: A new and distinct variety of Black Tupelo tree named ‘NSMTF’ substantially as herein shown, illustrated and described, characterized particularly as to novelty by its deep, dark, lustrous foliage in summer and brilliant red leaves in the fall while having pyramidal growth habit, and a strong central leader with full scaffolding branch structure. This form difference, along with unique foliage colors makes my selection uniquely different from all known patent selections and seedlings.

Abstract: A new and distinct variety of Japanese Snowbell tree named ‘SJMTF’ substantially as herein shown, illustrated and described, characterized particularly as to novelty by its columnar growth habit; dominant central leader, smaller, darker leaves; and its prolific blooms. These genetic traits are unique to my new variety and can be consistently reproduced by asexual propagation.