90 results on '"Pines"'
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2. Soil acidity in loblolly pine stands with interval burning
3. The Role of Dead Wood in Maintaining Arthropod Diversity on the Forest Floor
4. Fertilization increases the risk of loblolly pine to ice storm damage.
5. Creating a fuels baseline and establishing fire frequency relationships to develop a landscape management strategy at the Savannah River Site.
6. ENAM'04 Fourth International Conference on Exotic Nuclei and Atomic Masses
7. Range-wide success of red-cockaded woodpecker translocations.
8. Availability and abundance of prey for the red-cockaded woodpecker.
9. Size of coarse woody debris 5 years after girdling and removal treatments in 50-year-old Loblolly PIne Plantations
10. Molecular Indicators of Soil Humification and Interaction with Heavy Metals
11. Natural Remediation at Savannah River Site
12. The Dry Deposition of Particulate Matter Above a Loblolly Pine Plantation
13. Root Disease, Longleaf Pine Mortality, and Prescribed Burning
14. Early deterioration of coarse woody debris.
15. EFFECT OF SITE ON BACTERIAL POPULATIONS IN THE SAPWOOD OF COARSE WOODY DEBRIS.
16. Interactive effects of ambient ozone and climate measured on growth of mature loblolly pine trees
17. Hydrology and ecology of pinyon-juniper woodlands: Conceptual framework and field studies
18. The implications of concurrent increases in temperature and CO[sup 2] concentration for terrestrial C[sup 3] photosynthesis
19. The implications of concurrent increases in temperature and CO{sup 2} concentration for terrestrial C{sup 3} photosynthesis
20. The fate of radionuclides in sewage sludge applied to land
21. Forest Irrigation of Tritiated Water: A Proven Tritiated Water Management Tool - 13357
22. Effects of thinning and herbicide application on vertebrate communities in longleaf pine plantations
23. Structure and composition of vegetation of longleaf pine plantations compared to natural stands occurring along an environmental gradient at the Savannah River Site.
24. Natural stand dynamics in longleaf pine: How climatic disturbances shape the community.
25. Food reserves in mountain longleaf pine roots during shoot elongation.
26. Regeneration of kaolin mined lands to maximize loblolly pine growth and wildlife habitat
27. Dynamics and characterization of soil organic matter in mine soils sixteen years after amendment with native soil, sawdust, and sludge
28. Dry deposition and emission of small particles at the surface of the earth
29. Fluidized bed pyrolysis to gases containing olefins
30. Adaptation: the ecosystem
31. Structural and compositional transformations of biomass chars during combustion
32. Root Diseases: Primary Agents and Secondary Consequences of Disturbance
33. Effects of longterm elevated carbon dioxide concentration, nitrogen and water availability on the physiology of loblolly pine (Pinus taeda) branches
34. Modeling the response of mature Pinus ponderosa Laws. to tropospheric ozone: Effects of genotypic variability
35. Effects of EDU and Ozoban on the response of shortleaf pine to ozone
36. Predicted response of stem respiration in ponderosa pine to global climate change
37. Late holocene vegetation change on Andros Island, Bahamas: Evidence of Caribbean climate change and human colonization
38. Effects of elevated CO[sub 2] and non-limiting nutrients on growth and photosynthesis of loblolly pine
39. Biogeochemistry of bristlecone pine (Pinus aristata) at treeline
40. The impact of elevated carbon dioxide on the branch growth of loblolly pine as influenced by water and nutrition
41. Morphological and physiological responses of loblolly pine (Pinus taeda L. ) seedlings to elevated carbox dioxide
42. Differences between loblolly pine and ponderosa pine responses to elevated CO[sub 2] partitioned between biological and environmental factors
43. Insights on carbon budgets for Ponderosa pine systems growing at three levels of CO[sub 2] and of nitrogen from leaf to whole open-top chamber flux measurements
44. Millennial length foxtail pine tree-ring chronologies from the southern Sierra Nevada, California: Climate inferences for the last 4,000 years
45. Effects of nitrogen and water stress on respiratory response of longleaf pine in elevated CO[sub 2]
46. Effects of EDU and Ozoban on the growth of shortleaf pine seedlings in the field
47. Effect of elevated CO2 on photosynthesis in non-nutrient limited Pinus taeda plants
48. Effects of CO[sub 2] on apparent dark respiration in loblolly and ponderosa pine seedlings grown in sub-optimal, optimal or supra-optimal nitrogen
49. Response of tree growth to climatic variation and stand dynamics: Implications for modeling stand dynamics under varying climatic conditions
50. Aboveground biomass allocation of ponderosa pine along an elevational gradient: An analog for response to climate change
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