ELEMENT DISTRIBUTIONRange: This community occurs in upland areas of the Blue Ridge escarpment where there has been removal of the above-groundportion of canopy trees within the past ten years. It occurs in North Carolina, South Carolina, Georgia, and Tennessee, in the BlueRidge Physiographic Province and is likely in the Cumberland Plateau and Ridge and Valley Province.Subnations: GA, KY, NC, SC, TNTNC Ecoregions: 50:C, 51:CUSFS Ecoregions: 221Ha:CCC, 221He:CCC, M221Dc:CCC, M221Dd:CCCFederal Lands: NPS (Blue Ridge Parkway?, Great Smoky Mountains); USFS (Chattahoochee, Cherokee, Daniel Boone, Nantahala,Pisgah, <strong>Sumter</strong>)ELEMENT SOURCESReferences: Allard 1990, Eyre 1980, Golden 1974, Govus 1982, Horn 1976, Horn 1980, McGee and Hooper 1970, <strong>NatureServe</strong>Ecology - Southeastern U.S. unpubl. data, <strong>NatureServe</strong> Ecology - Southeastern U.S. unpubl. data, Peet et al. unpubl. data 2002,Phillips and Shure 1990, Schmalzer 1978, Southeastern Ecology Working Group n.d., Thomas 1966, USFS 1988TULIPTREE - LOBLOLLY PINE FORESTELEMENT IDENTIFIERSNVC association: Liriodendron tulipifera - Pinus taeda <strong>Forest</strong>Database Code: CEGL007521Formation: Lowland or submontane cold-deciduous forest (I.B.2.N.a)Alliance: Liriodendron tulipifera <strong>Forest</strong> Alliance (A.236)ELEMENT CONCEPTSummary: This semi-natural forest community is strongly dominated by Liriodendron tulipifera and Pinus taeda which togethercontribute more than 75% canopy cover. Other canopy species include Liquidambar styraciflua and Acer rubrum. It was firstdocumented from the Piedmont of South Carolina, but has also been documented in Virginia and Alabama, and is almost certainlypresent in other Piedmont states as well. In addition, this or related vegetation occurs in adjacent areas of the Upper East Gulf CoastalPlain and Interior Low Plateau. It develops on slopes following cropping, and soils usually have 60-70% sand. The understory andground layers are very sparse with much open ground present.Environment: This successional forest community develops on slopes following cropping. The specific documented occurrences onthe <strong>Sumter</strong> <strong>National</strong> <strong>Forest</strong>, SC, have developed on former cotton fields of lower to mid slopes. Soils usually have 60-70% sand.Vegetation: Stands of this forest community are strongly dominated by Liriodendron tulipifera and Pinus taeda which togethercontribute more than 75% canopy cover. Other canopy species include Liquidambar styraciflua and Acer rubrum. The understory andground layers are very sparse with much open ground present.Dynamics: This community would rarely, if ever, be subjected to floodwaters. The dominant species could be expected to withstandlight fire, but the community is not fire-resistant. Successional dynamics of this community are not know, but it is expected thatsuccession would lead to a dry-mesic to mesic community dominated by species of Quercus and Carya.Similar Associations:• Liriodendron tulipifera - Acer negundo <strong>Forest</strong> (CEGL007184) -- has a shrub stratum of Robinia pseudoacacia.Related Concepts:• IF3a. Recently Harvested Timber Land (Allard 1990) B• Loblolly Pine - Hardwood: 82 (Eyre 1980) B• Yellow Poplar: 57 (Eyre 1980) B• Yellow poplar (50) (USFS 1988) ?Classification Comments:CONSERVATION RANKING & RARE SPECIESGRank: GNA (ruderal) (2001-5-11): A successional type, not of conservation value, but dominated by species native to NorthAmerica (Grank changed from GW).High-ranked species: No informationELEMENT DISTRIBUTIONRange: This association is known from the Piedmont of South Carolina, but is likely to be found in the North Carolina and GeorgiaPiedmont as well. It also occurs in Virginia and Alabama and is likely in Tennessee.Subnations: AL, GA?, NC?, SC, TN?, VATNC Ecoregions: 43:C, 44:P, 52:CUSFS Ecoregions: 222:C, 231:CFederal Lands: USFS (Bankhead, Oconee?, <strong>Sumter</strong>)Vegetation of <strong>Sumter</strong> <strong>National</strong> <strong>Forest</strong> April 30 2004Copyright © 2004 <strong>NatureServe</strong>46
ELEMENT SOURCESReferences: Allard 1990, Eyre 1980, Southeastern Ecology Working Group n.d., USFS 1988VIRGINIA PINE SUCCESSIONAL FORESTELEMENT IDENTIFIERSNVC association: Pinus virginiana Successional <strong>Forest</strong>Database Code: CEGL002591Formation: Rounded-crowned temperate or subpolar needle-leaved evergreen forest (I.A.8.N.b)Alliance: Pinus virginiana <strong>Forest</strong> Alliance (A.131)ELEMENT CONCEPTSummary: This community occurs in areas where canopy removal has created dry, open conditions and bare mineral soil, allowingfor the establishment of Pinus virginiana. These habitats include old fields, old pastures, clearcuts, and burned or eroded areas. Thisforest typically has a very dense canopy of Pinus virginiana and little understory vegetation. The dense canopy may also includeadmixtures of other Pinus species (e.g., Pinus taeda, Pinus echinata) or other early successional deciduous trees (e.g., Acer rubrum,Liquidambar styraciflua, Liriodendron tulipifera). Associated woody and herbaceous species vary with geography but are typicallyruderal or exotic species. Shrub and herb layers are frequently very sparse. Stands are short-lived, generally less than 75 years.Environment: This community occurs in areas where canopy removal has created open conditions and bare mineral soil, allowingfor the establishment of Pinus virginiana. These conditions can include old fields, old pastures, clearcuts, and burned or eroded areas.In the Ridge and Valley of Tennessee, northeastern Monroe County, early successional forests with Pinus virginiana dominance werefound on low slopes in areas that were cleared for agriculture prior to the 1970s, when Tellico Lake was created (Andreu and Tukman1995). In the Central Appalachians, this vegetation occurs where soft shales have been farmed (primarily in valleys), resulting instands with nothing but successional species in the understory. Soils underlying these communities are of two general types, i.e., thosederived in residuum from calcareous shale and calcareous sandstone of the Middle Ordovician and those of some other origin. Seriesof the former type include Dandridge (Lithic Ruptic-Alfic Eutrochrepts), Tellico (Typic Rhododults), and Steekee (Ruptic-UlticDystrochrepts). Other soil series that this forest type may occur on include Litz, Dewey, Alcoa, Bland, Etowah, Lobdell and Neubert.All of these soils are well-drained and range in pH from moderate acid to very strongly acidic.Vegetation: This forest typically has a very dense canopy of Pinus virginiana and little understory vegetation. Pinus taeda or Pinusechinata may co-occur with Pinus virginiana in the canopy. The canopy can also have significant admixtures of early successionaldeciduous trees (e.g., Acer rubrum, Liquidambar styraciflua, Liriodendron tulipifera). Associated woody and herbaceous species varywith geography but are typically ruderal or exotic species. Shrub and herb strata are absent to sparse in coverage. In eastern Tennesseethe subcanopy may contain Acer saccharum and Cornus florida; other associated species may include Cercis canadensis,Parthenocissus quinquefolia, Lonicera japonica, and Microstegium vimineum (Andreu and Tukman 1995). In the CentralAppalachians, associates include Pinus taeda, Pinus echinata, and Pinus rigida. The dense ericaceous shrub stratum containsVaccinium spp., Gaylussacia spp., Kalmia latifolia, and Rhododendron spp.Dynamics: This is an early successional forest type. Damage from ice storms was the main disturbance observed in these stands inthe Tellico Pilot Project study area. In addition, fire and insect infestation are likely damaging agents.Similar Associations:• Pinus virginiana - Juniperus virginiana var. virginiana - Ulmus alata <strong>Forest</strong> (CEGL007121) -- on more calcareous orcircumneutral substrates.Related Concepts:• IA7c. Xeric Virginia Pine Ridge <strong>Forest</strong> (Allard 1990) B• Unclassified Old-Field Successional <strong>Forest</strong> (Fleming and Moorhead 2000) ?• Virginia Pine - Oak: 78 (Eyre 1980) B• Virginia Pine, RV (Pyne 1994) B• Virginia Pine: 79 (Eyre 1980) B Xeric Pine <strong>Forest</strong> (Ambrose 1990a) BClassification Comments: Early successional Pinus virginiana vegetation occurring over calcareous substrates is classed in Pinusvirginiana - Juniperus virginiana var. virginiana - Ulmus alata <strong>Forest</strong> (CEGL007121) and has species indicative of calcareoussubstrates.CONSERVATION RANKING & RARE SPECIESGRank: GNA (ruderal) (2000-6-13): This forest represents early successional vegetation and is thus not of conservation concern.High-ranked species: No informationELEMENT DISTRIBUTIONRange: This successional community is possible in the Piedmont from Pennsylvania south to Alabama, and ranges west into theAppalachians, Ridge and Valley, the Cumberland Plateau, and in scattered locales of the Interior Low Plateau.Subnations: AL, GA, IN, KY, MD, NC, NJ, PA, SC, TN, VA, WVTNC Ecoregions: 50:C, 51:C, 52:C, 58:P, 59:C, 61:CVegetation of <strong>Sumter</strong> <strong>National</strong> <strong>Forest</strong> April 30 2004Copyright © 2004 <strong>NatureServe</strong>47
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1 NatureServe is an international o
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types. However, when necessary, mod
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[Association name = floristic nomin
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Generally 5 or fewer occurrences an
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USFS Ecoregions: 221Ba:CCC, 221Ha:C
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Classification Comments: On the Ban
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Classification Comments: This veget
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BIBLIOGRAPHYALNHP [Alabama Natural
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DeYoung, H. R. 1979. The white pine
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Gettman, R. W. 1974. A floristic su
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Lea, C. 2002a. Vegetation classific
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Pittman, Dr. Albert. Personal commu
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Tobe, J. D., J. E. Fairey, III, and