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Results: 2
ELEVATED ATMOSPHERIC CO2 DIFFERENTIALLY AFFECTS NEEDLE CHLOROPLAST ULTRASTRUCTURE AND PHLOEM ANATOMY IN PINUS-PALUSTRIS - INTERACTIONS WITHSOIL RESOURCE AVAILABILITY
Authors:
PRITCHARD SG PETERSON CM PRIOR SA ROGERS HH
Citation:
Sg. Pritchard et al., ELEVATED ATMOSPHERIC CO2 DIFFERENTIALLY AFFECTS NEEDLE CHLOROPLAST ULTRASTRUCTURE AND PHLOEM ANATOMY IN PINUS-PALUSTRIS - INTERACTIONS WITHSOIL RESOURCE AVAILABILITY, Plant, cell and environment, 20(4), 1997, pp. 461-471
INFLUENCE OF ATMOSPHERIC CO2 ENRICHMENT, SOIL N, AND WATER-STRESS ON NEEDLE SURFACE WAX FORMATION IN PINUS-PALUSTRIS (PINACEAE)
Authors:
PRIOR SA PRITCHARD SG RUNION GB ROGERS HH MITCHELL RJ
Citation:
Sa. Prior et al., INFLUENCE OF ATMOSPHERIC CO2 ENRICHMENT, SOIL N, AND WATER-STRESS ON NEEDLE SURFACE WAX FORMATION IN PINUS-PALUSTRIS (PINACEAE), American journal of botany, 84(8), 1997, pp. 1070-1077
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