Growth and root NO3- and PO4-3 uptake capacity of three desert species in response to atmospheric CO2 enrichment
Publication
, Journal Article
BassiriRad, ; H, ; REYNOLDS, J; Virginia, RA; Brunelle, MH
Published in: Australian Journal of Plant Physiology
1997
Duke Scholars
Published In
Australian Journal of Plant Physiology
Publication Date
1997
Volume
24
Start / End Page
353 / 358
Related Subject Headings
- Plant Biology & Botany
- 3108 Plant biology
- 3103 Ecology
- 0607 Plant Biology
- 0602 Ecology
- 0601 Biochemistry and Cell Biology
Citation
APA
Chicago
ICMJE
MLA
NLM
BassiriRad, ., H, ., REYNOLDS, J., Virginia, R. A., & Brunelle, M. H. (1997). Growth and root NO3- and PO4-3 uptake capacity of three desert species in response to atmospheric CO2 enrichment. Australian Journal of Plant Physiology, 24, 353–358.
BassiriRad, J. P., J. P. H, J. F. REYNOLDS, R. A. Virginia, and M. H. Brunelle. “Growth and root NO3- and PO4-3 uptake capacity of three desert species in response to atmospheric CO2 enrichment.” Australian Journal of Plant Physiology 24 (1997): 353–58.
BassiriRad, H, REYNOLDS J, Virginia RA, Brunelle MH. Growth and root NO3- and PO4-3 uptake capacity of three desert species in response to atmospheric CO2 enrichment. Australian Journal of Plant Physiology. 1997;24:353–8.
BassiriRad, J. P., et al. “Growth and root NO3- and PO4-3 uptake capacity of three desert species in response to atmospheric CO2 enrichment.” Australian Journal of Plant Physiology, vol. 24, 1997, pp. 353–58.
BassiriRad, H, REYNOLDS J, Virginia RA, Brunelle MH. Growth and root NO3- and PO4-3 uptake capacity of three desert species in response to atmospheric CO2 enrichment. Australian Journal of Plant Physiology. 1997;24:353–358.
Published In
Australian Journal of Plant Physiology
Publication Date
1997
Volume
24
Start / End Page
353 / 358
Related Subject Headings
- Plant Biology & Botany
- 3108 Plant biology
- 3103 Ecology
- 0607 Plant Biology
- 0602 Ecology
- 0601 Biochemistry and Cell Biology