LIST OF FIGURES (CONT.)


 VOLUME 2


Figure Page

Chapter 6 (Cont.)

 6.24 Vine Distribution in the Landscape According to the Soil Iron Concen-
 trations on the Chronosequence Sites. (a) Shows the Rooted Vines
 and (b) the Dry Weight of Vine Biomass ............................................... 6-70
 6.25 Vine Distribution in the Landscape According to the Soil Ammonium
 (NH4-N) Concentrations on the Chronosequence Sites. (a) Shows the
 Rooted Vines (#/m2) and (b) the Dry Weight of Vine Biomass (g/m2) ..6-71
 6.26 Vine Distribution in the Landscape According to the Soil Nitrate (NO3-N)
 Concentrations on the Chronosequence Sites. (a) Shows the Rooted
 Vines (#/m2) and (b) the Dry Weight of Vine Biomass (g/m2)............... 6-72
 6.27 Vine Distribution on the Intensive Sites. (a) Shows the Mean Number
 of Rooted Vines; (b) Shows the Mean Dry Weight Vine Biomass;
 (a) Shows the Mean Vine Basal Diameter at Each Site........................ 6-73
 6.28 Vine Presence According to the Understory Herbaceous Cover on the
 Intensive Sites. (a) Represents Quadrats with No Rooted Vines,
 Rooted Herbaceous Vines, and Rooted Woody Vines; (b) Shows
 Quadrats with No Harvested Vine Biomass, Herbaceous Vine
 Biomass, and W oody Vine Biomass.................................................. 6-74
 6.29 The Mean Vine Leaf Area (# of Leaves/m2) According to (a) Site Age
 (Years) and (b) the Braun-Blanquet Cover Abundance on the
 Intensive Sites. 1 (< 10% Cover), 2 (0-25% Cover), 3 (25-50%
 Cover), 4 (50-75% Cover) and 5 (75-100% Cover) ............................. 6-75
 6.30 Vine Presence According to Sunlight Transmittance (%) on the Intensive
 Sites. (a) Compares the Rooted Vines (#/m2) and (b) the Dry Weight
 of Vine Biom ass (g/m2) ....................................................................... 6-77
 6.31 Vine Presence in Relation to Water Depth (cm) Within Each Square
 Meter Quadrat. (a) Rooted Vines (#/m2) and (b) Vine Biomass (g/m2).
 Only the Herbaceous Vine Mikania scandens (Climbing Hemp Vine)
 Was Found Rooted in Standing Water.................................................. 6-78
 6.32 Vines Occur in Various Ranges of Soil Moisture on the Intensive Sites.
 (a) Shows the Mean Soil Moisture in Quadrats with No Rooted
 Vines, Rooted Herbaceous Vines, and Rooted Woody Vines; (b)
 Shows the Mean Soil Moisture in Quadrats Where No Vine
 Biomass, Herbaceous Vine Biomass, and Woody Vine Biomass
 W ere H arvested....................................................................................... 6-79


xvii