Published May 25, 2023
| Version 1
Dataset
Open
DATA FOR: Carbon starvation following a decade of experimental drought consumes old reserves in Pinus edulis
Contributors
Data collector (3):
- 1. Northern Arizona University
- 2. USDA Forest Service
- 3. Washington State University
- 4. University of Wisconsin-Madison
- 5. Richardson
- 6. McDowell
- 7. Adams
- 8. Pockman
- 9. Trowbridge
Description
- Pre-dawn water potential data used in Fig. 2.
- Gas exchange data (Anet) used in Fig. 2, along with transpiration data used in supplemental Fig. S8.
- Fv/fm data used in Fig. 2.
- Needle growth, shoot growth, and browning data used in Fig. 2.
- Bole respiration rate data used in Fig. 3.
- NSC concentration data used in Fig. 5.
- Respired carbon mass used to calculate total NSC pool ages in Fig. 6b, along with radiocarbon calendar dated ages of sapwood NSC.
- Raw ring widths from all cross dated trees used to generate BAI for analysis presented in Fig. 4.
Notes
Peltier, D. M., Carbone, M. S., McIntire, C. D., Robertson, N., Thompson, R. A., Malone, S., ... & Trowbridge, A. M. (2023). Carbon starvation following a decade of experimental drought consumes old reserves in Pinus edulis. New Phytologist, 240(1), 92-104.