2 Works
Data from: Plant biomass, not plant economics traits, determines responses of soil CO2 efflux to precipitation in the C4 grass Panicum virgatum
Robert Heckman, Albina Khasanova, Nicholas Johnson, Sören Weber, Jason Bonnette, Mike Aspinwall, Lara Reichman, Thomas Juenger, Philip Fay & Christine Hawkes
1. Plant responses to major environmental drivers like precipitation can influence important aspects of carbon (C) cycling like soil CO2 efflux (JCO2). These responses may be predicted by two independent classes of drivers: plant size—larger plants respire more and produce a larger quantity of labile C, and plant economics—plants possessing more acquisitive plant economics strategies (i.e., high metabolic rate and tissue nutrient content) produce higher-quality tissue that respires rapidly and decomposes quickly. 2. At two...
The dataset of the BCZT ceramic characterizations
Lingyu Wan, Yaohui Chen, Daihua Chen, Liufang Meng, Huilu Yao, Junyi Zhai, Changlai Yuan, Devki N Talwar & Zhe Chuan Feng
All original data used in figures and tables of the manuscript are available in the dataset, which includes the XRD, variable temperature dielectric, room temperature frequency spectrum and ferroelectric performance measurements.A sol-gel method is employed for preparing high quality lead-free glass-ceramic samples (1-x) BCZT-x BBS – incorporating Ba0.85Ca0.15Zr0.1Ti0.9O3 (BCZT) powder and Bi2O3-B2O3-SiO2 (BBS) glass doped additives with different values of x (x = 0, 0.05, 0.1, 0.15). With the increase of BBS content, the polarization...
Affiliations
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University of North Florida2
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The University of Texas at Austin1
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University of San Francisco1
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Guangxi University1
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University of Zurich1
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Agricultural Research Service1
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Beijing Institute of Nanoenergy and Nanosystems1
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Kent State University1
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North Carolina State University1
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Guilin University of Electronic Technology1