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18. The March 1940 Superstorm: Geoelectromagnetic Hazards and Impacts on American Communication and Power Systems.

Author

Love, Jeffrey J., Rigler, E. Joshua, Hartinger, Michael D., Lucas, Greg M., Kelbert, Anna, and Bedrosian, Paul A.

Subjects
TELECOMMUNICATION systems, GEOMAGNETISM, MAGNETIC storms, GEOMAGNETIC variations, INTERNAL structure of the Earth, CORONAL mass ejections, SOLAR flares
Abstract

An analysis is made of geophysical records of the 24 March 1940, magnetic storm and related reports of interference on long‐line communication and power systems across the contiguous United States and, to a lesser extent, Canada. Most long‐line system interference occurred during local daytime, after the second of two storm sudden commencements and during the early part of the storm's main phase. The high degree of system interference experienced during this storm is inferred to have been due to unusually large‐amplitude and unusually rapid geomagnetic field variation, possibly driven by interacting interplanetary coronal‐mass ejections. Geomagnetic field variation, in turn, induced geoelectric fields in the electrically conducting solid Earth, establishing large potential differences (voltages) between grounding points at communication depots and transformer substations connected by long transmission lines. It is shown that March 1940 storm‐time communication‐ and power‐system interference was primarily experienced over regions of high electromagnetic surface impedance, mainly in the upper Midwest and eastern United States. Potential differences measured on several grounded long lines during the storm exceeded 1‐min resolution voltages that would have been induced by the March 1989 storm. In some places, voltages exceeded American electric‐power‐industry benchmarks. It is concluded that the March 1940 magnetic storm was unusually effective at inducing geoelectric fields. Although modern communication systems are now much less dependent on long electrically conducting transmission lines, modern electric‐power‐transmission systems are more dependent on such lines, and they, thus, might experience interference with the future occurrence of a storm as effective as that of March 1940. Plain Language Summary: On 24 March 1940, a pair of concentrated, and possibly interacting, bursts of solar wind forced an intense magnetic storm on Earth. Geomagnetic field variation during the storm induced high‐amplitude geoelectric fields in the solid Earth's conducting interior. These geoelectric fields drove uncontrolled currents in grounded long‐wire communication‐ and electricity‐power‐transmission systems in the United States and Canada, causing significant operational interference in those systems. This interference was primarily experienced in the upper Midwest and the eastern United States, and many incidents of interference were reported in the popular press. Voltages monitored on several lines were greater than studies estimate would have occurred during the great storm of March 1989. In terms of its impact on communication and power systems, the March 1940 magnetic storm was one of the most significant ever experienced by the United States. Modern communication systems are less dependent on long electrically conducting transmission lines. On the other hand, modern electric‐power‐transmission systems are more dependent on such lines, and they, thus, might experience interference with the future occurrence of a storm like that of March 1940. Key Points: Extreme geomagnetic field variation realized during the March 1940 storm might have resulted from the interaction of ICMEsLong‐line interference in the U.S. occurred during local daytime and in the upper Midwest and East, where surface impedance is highVoltages measured on grounded long lines during the storm exceeded 1‐min voltages that would have been induced by the March 1989 storm [ABSTRACT FROM AUTHOR]

Published
2023
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23. Characteristics and Sources of Intense Geoelectric Fields in the United States: Comparative Analysis of Multiple Geomagnetic Storms

Author

Shi, Xueling, Hartinger, Michael D., Baker, Joseph B. H., Murphy, Benjamin S., Bedrosian, Paul A., Kelbert, Anna, Rigler, Erin Joshua, Shi, Xueling, Hartinger, Michael D., Baker, Joseph B. H., Murphy, Benjamin S., Bedrosian, Paul A., Kelbert, Anna, and Rigler, Erin Joshua

Abstract

Intense geoelectric fields during geomagnetic storms drive geomagnetically induced currents in power grids and other infrastructure, yet there are limited direct measurements of these storm-time geoelectric fields. Moreover, most previous studies examining storm-time geoelectric fields focused on single events or small geographic regions, making it difficult to determine the typical source(s) of intense geoelectric fields. We perform the first comparative analysis of (a) the sources of intense geoelectric fields over multiple geomagnetic storms, (b) using 1-s cadence geoelectric field measurements made at (c) magnetotelluric survey sites distributed widely across the United States. Temporally localized intense perturbations in measured geoelectric fields with prominences (a measure of the relative amplitude of geoelectric field enhancement above the surrounding signal) of at least 500 mV/km were detected during geomagnetic storms with Dst minima (Dst(min)) of less than -100 nT from 2006 to 2019. Most of the intense geoelectric fields were observed in resistive regions with magnetic latitudes greater than 55 degrees even though we have 167 sites located at lower latitudes during geomagnetic storms of -200 nT <= Dst(min) < -100 nT. Our study indicates intense short-lived (<1 min) and geoelectric field perturbations with periods on the order of 1-2 min are common. Most of these perturbations cannot be resolved with 1-min data because they correspond to higher frequency or impulsive phenomena that vary on timescales shorter than that sampling interval. The sources of geomagnetic perturbations inducing these intense geoelectric fields include interplanetary shocks, interplanetary magnetic field turnings, substorms, and ultralow frequency waves.

Published
2022

27. Geophysical extent of the Wyoming Province, western USA: Insights into ancient subduction and craton stability.

Author

Bedrosian, Paul A. and Frost, Carol D.

Subjects
*MAGNETOTELLURICS, *SUBDUCTION, *PROVINCES, *NEOARCHAEAN, *METASOMATISM, *ARCHAEAN, *CRATONS, *SUTURE zones (Structural geology)
Abstract

A new 3-D resistivity model, estimated from inversion of magnetotelluric data, images crustal and upper-mantle structure of the Wyoming Province and adjacent areas. The Archean province is imaged as a coherent resistive domain, in sharp contrast to active tectonic domains of the western U.S. Prominent high-conductivity belts define the northern, eastern, and southern margins of the Wyoming Province and are interpreted as sutures marking the remnants of Paleoproterozoic orogens. The model results suggest the northern boundary of the Wyoming Province is located 150 km south of its traditional placement and adjacent to a composite orogen separating the Wyoming Province and Medicine Hat block. The eastern province boundary is clearly imaged along the Black Hills, whereas the western margin is obscured by Cenozoic extension and magmatism. An internal boundary within the Wyoming Province is interpreted to represent a Neoarchean suture; in stark contrast to Proterozoic sutures, though, it is not marked by a high-conductivity belt. This difference in conductivity is speculated to reflect changes in the subduction process through time. The absence of high-conductivity along Archean sutures appears to be global in nature and related to reduced continental freeboard in the Archean which limited continental weathering and the delivery of carbon-rich sediments to the seafloor. Although the entire Wyoming Province has been proposed to have undergone lithospheric modification that lessened its stability, the resistivity model suggests a thick lithospheric root remains in place except along its western margin. These results suggest that Archean cratons may be more resistant to lithospheric modification by influx of heat and fluids associated with extension and plumes than previously thought, and that metasomatism does not necessarily weaken the lithosphere and set a craton on the path to destruction. [ABSTRACT FROM AUTHOR]

Published
2023
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28. Geoelectric Hazard Maps for the Continental United States

Author

Love, Jeffrey J, Pulkkinen, Antti, Bedrosian, Paul A, Jonas, Seth, Kelbert, Anna, Rigler, Joshua E, Finn, Carol A, Balch, Christopher C, Rutledge, Robert, and Waggle, Richard M

Subjects
Geophysics
Abstract

In support of a multiagency project for assessing induction hazards, we present maps of extreme-value geoelectric amplitudes over about half of the continental United States. These maps are constructed using a parameterization of induction: estimates of Earth surface impedance, obtained at discrete geographic sites from magnetotelluric survey data, are convolved with latitude-dependent statistical maps of extreme-value geomagnetic activity, obtained from decades of magnetic observatory data. Geoelectric amplitudes are estimated for geomagnetic waveforms having 240 s sinusoidal period and amplitudes over 10 min that exceed a once-per-century threshold. As a result of the combination of geographic differences in geomagnetic activity and Earth surface impedance, once-per-century geoelectric amplitudes span more than 2 orders of magnitude and are an intricate function of location. For north-south induction, once-per-century geoelectric amplitudes across large parts of the United States have a median value of 0.26 Vkm; for east-west geomagnetic variation the median value is 0.23 Vkm. At some locations,once-per-century geoelectric amplitudes exceed 3 Vkm.

Published
2016
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30. USGS critical minerals review.

Author

Lederer, Graham, Jones, Jamey, McPhee, Darcy, Mauk, Jeff, Seal, Robert, Campbell, Kate, Hammarstrom, Jane, Bedrosian, Paul, MacQueen, Patricia, Graham, Garth, Solano, Federico, Case, George, and Pineault, David

Abstract

The article emphasizes the United States Geological Survey (USGS's) role in identifying critical minerals for national security. It discusses Earth Mapping Resource Initiative (MRI's) comprehensive mapping efforts, recent legislation driving mineral research, and USGS's collaborations for mine waste assessment. Topics discussed include Earth MRI's data collection, mapping focus areas for critical minerals, and ongoing mine waste characterization efforts.

Published
2024

42. Crustal rheology of the Himalaya and Southern Tibet inferred from magnetotelluric data

Author

Unsworth, M. J., Jones, A. G., Wei, W., Marquis, G., Gokarn, S. G., Spratt, J. E., Bedrosian, Paul, Booker, John, Leshou, Chen, Clarke, Greg, Shenghui, Li, Chanhong, Lin, Ming, Deng, Sheng, Jin, Solon, Kurt, Handong, Tan, Ledo, Juanjo, and Roberts, Brian

Abstract

Author(s): M. J. Unsworth (corresponding author) [1]; A. G. Jones [2]; W. Wei [3]; G. Marquis [4]; S. G. Gokarn [5]; J. E. Spratt [2]; The INDEPTH-MT team ; Paul [...]

Published
2005
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49. Quantifying model structural uncertainty using airborne electromagnetic data.

Author

Minsley, Burke J, Foks, Nathan Leon, and Bedrosian, Paul A

Subjects
MONTE Carlo method, UNCERTAINTY, MARKOV chain Monte Carlo, DISTRIBUTION (Probability theory), AIRBORNE lasers, TIME-domain analysis, GEOLOGICAL modeling, ROBUST optimization
Abstract

The ability to quantify structural uncertainty in geological models that incorporate geophysical data is affected by two primary sources of uncertainty: geophysical parameter uncertainty and uncertainty in the relationship between geophysical parameters and geological properties of interest. Here, we introduce an open-source, trans-dimensional Bayesian Markov chain Monte Carlo (McMC) algorithm GeoBIPy—Geophysical Bayesian Inference in Python—for robust uncertainty analysis of time-domain or frequency-domain airborne electromagnetic (AEM) data. The McMC algorithm provides a robust assessment of geophysical parameter uncertainty using a trans-dimensional approach that lets the AEM data inform the level of model complexity necessary by allowing the number of model layers itself to be an unknown parameter. Additional components of the Bayesian algorithm allow the user to solve for parameters such as data errors or corrections to the measured instrument height above ground. Probability distributions for a user-specified number of lithologic classes are developed through posterior clustering of McMC-derived resistivity models. Estimates of geological model structural uncertainty are thus obtained through the joint probability of geophysical parameter uncertainty and the uncertainty in the definition of each class. Examples of the implementation of this algorithm are presented for both time-domain and frequency-domain AEM data acquired in Nebraska, USA. [ABSTRACT FROM AUTHOR]

Published
2021
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50. SAGEEP 2018 papers with only a paragraph abstract

Author

Malehmir, A., primary, Pasanen, A., additional, Sims, A., additional, Brownley, Aaron, additional, Fukuda, Aaron, additional, Raef, Abdelmoneam, additional, Alhaj, Abdullah, additional, Smiarowski, Adam, additional, Aydin, Adnan, additional, Behroozmand, Ahmad-Ali, additional, Lachhab, Ahmed, additional, Hunter, Alan, additional, Morgan, Alan, additional, McClymont, Alastair, additional, Khamzin, Aleksey, additional, Cirone, Alessandro, additional, Oshkin, Alexander, additional, Saraev, Alexander, additional, Simakov, Alexander, additional, Davatzes, Alexandra, additional, Kordjazi, Alireza, additional, Liénard, Amandine, additional, Esmaeilzadeh, Amin, additional, Radjaee, Amir, additional, Collick, Amy, additional, Shober, Amy, additional, Christiansen, Anders V., additional, Pugin, Andre J. M., additional, Duncan, Andrew, additional, Katumwehe, Andrew, additional, Parsekian, Andrew, additional, Schwartz, Andrew, additional, Teeple, Andrew, additional, Konkov, Andrey, additional, Aguilar, Andrez, additional, Wagner, Anna, additional, Hantson, Anne-Lise, additional, Ebigbo, Anozie, additional, Buda, Anthony, additional, Pozdnyakova, Antonina, additional, Song, Ao, additional, Mangolds, Arnis, additional, Shlykov, Arseny, additional, Allen, Arthur, additional, Trembanis, Arthur, additional, Espana, Aubrey, additional, Devalckeneer, Aude, additional, Sullivan, Bane, additional, Dietiker, Barbara, additional, Allred, Barry, additional, Zelt, Barry, additional, Hoekstra, Bart, additional, Bloss, Benjamin, additional, Miller, Benjamin, additional, Seiderman, Benjamin, additional, Wallen, Benjamin, additional, Guillier, Bertrand, additional, Parker, Beth, additional, Jin, Biao, additional, Liu, Bin, additional, Song, Bing, additional, Wang, Bo, additional, Selfridge, Bob, additional, Pratap, Bohara, additional, Forsythe, Brandon, additional, Tober, Brandon, additional, Ewers, Brent, additional, Clark, Brian, additional, Ingamells, Brian, additional, Junck, Brian, additional, McPherson, Brian, additional, Passerella, Brian, additional, Mark, Bryan, additional, Minsley, Burke, additional, Finco, Cécile, additional, Juhlin, C., additional, Russ, Cameron, additional, Brandt, Carol, additional, Johnson, Carole, additional, DuVal, Carter, additional, SuoLiang, Chang, additional, Holzschuher, Charles, additional, Zhang, Chi, additional, Tsai, Chia-Hsing, additional, Park, Choon, additional, Bryant, Chris, additional, Linick, Chris, additional, Vogt, Christian, additional, Buckman, Christopher, additional, Yu, Chuan-tao, additional, Wang, Chuanwu, additional, Kirkendall, Clay, additional, Steelman, Colby, additional, Miazga, Colin, additional, Sweeney, Colin, additional, Armstrong, Connor, additional, Cearley, Cooper, additional, Moulton, Craig, additional, Murray, Craig, additional, Castanha, Cristina, additional, Schamper, Cyril, additional, Li, Dahu, additional, Rucker, Dale, additional, Glaser, Dan, additional, Sirota, Dana, additional, Beverly, Daniel, additional, Brown, Daniel, additional, Cook, Daniel, additional, Plotnick, Daniel, additional, Sternlicht, Daniel, additional, McPhee, Darcy, additional, Motazedian, Dariush, additional, Hall, Darrell, additional, Mortimer, Darren, additional, Hume, Dave, additional, Huntley, Dave, additional, Walsh, Dave, additional, Gunn, David, additional, Hisz, David, additional, Millar, David, additional, Redman, David, additional, Schafer, David, additional, Schieck, David, additional, Vales, David, additional, Valintine, David, additional, Wallace, David, additional, Wishart, DeBonne, additional, Keiswetter, Dean, additional, Pinkham, Derek, additional, Ntalagiannis, Dimitrios, additional, Ntarlagiannis, Dimitrios, additional, Tang, Dongchun, additional, Kutrubes, Doria, additional, Oldenburg, Douglas, additional, Thayer, Drew, additional, Robbins, Dustin, additional, Hart, Dylan, additional, Klazinga, Dylan, additional, Behrendt, E., additional, Lundberg, E., additional, Woolery, Edward, additional, Fukushima, Eiichi, additional, Goggin, Elise, additional, Menezes, Elizabeth, additional, Grunewald, Elliot, additional, Oware, Erasmus, additional, White, Eric, additional, Fischell, Erin, additional, Auken, Esben, additional, Zibulski, Eugen, additional, Torgashov, Evgeniy, additional, Zhang, F., additional, Rejiba, Fayçal, additional, Aiwekhoe, Felix, additional, Zhang, Fengkai, additional, Santos, Fernando Monteiro, additional, Kunkel, Forrest, additional, Colwell, Frederick, additional, Shubitidze, Fridon, additional, Plastow, Geoffrey, additional, Alsulaimai, Ghassan, additional, Fiandaca, Gianluca, additional, Colinet, Gilles, additional, Pope, Gina, additional, Paige, Ginger, additional, Crookston, Glenna, additional, Abrams, Greg, additional, Jorgensen, Greg, additional, Mount, Gregory, additional, Schultz, Gregory, additional, Street, Gregory, additional, Galan-Comas, Gustavo, additional, Parkin, H. Scott, additional, Nelson, Herb, additional, Liu, Haidong, additional, Yu, Haizhong, additional, Flamme, Hanna, additional, Xie, Hao, additional, Li, He, additional, Crow, Heather, additional, Speckman, Heather, additional, Willever, Heather, additional, Büsing, Henrik, additional, Yao, Hongchun, additional, Cai, Hongzhu, additional, Knox, Hunter, additional, Gottschalk, Ian Paul, additional, Shamatava, Irma, additional, Fage, Isaac, additional, Scheibz, Jürgen, additional, Park, J. Daniel, additional, Jennings, J., additional, Kaipio, J., additional, Gerhard, J.I., additional, Tronicke, J., additional, Adelson, Jordan, additional, Desmond, Jack, additional, Sheehan, Jacob, additional, Cannia, James, additional, Harris, James, additional, Hayes, James, additional, Rigby, James, additional, Simms, Janet, additional, Abraham, Jared, additional, Abraham, Jared D., additional, Payne, Jason, additional, Mugnier, Jean Louis, additional, Legault, Jean M., additional, Collet, Jean-Marie, additional, Barlow, Jeannie, additional, Abiva, Jeannine, additional, Gamey, Jeff, additional, Leberfinger, Jeffrey, additional, McKenzie, Jeffrey, additional, Munsey, Jeffrey, additional, Paine, Jeffrey, additional, Fontaine, Jeremy, additional, Pedersen, Jesper, additional, Meyer, Jessica, additional, Hu, Jiahao, additional, Sun, Jiajun, additional, Pfeiffer, Jim, additional, Keranen, Joe, additional, Ochs, Johanna, additional, Ferguson, John, additional, Herrmann, John, additional, Holt, John, additional, Jackson, John, additional, Jansen, John, additional, Kick, John, additional, Lane, John, additional, Mundell, John, additional, Miller, Jonathan, additional, Nyquist, Jonathan, additional, Wolf, Jonathan, additional, Bergstrom, Jorgen, additional, Coe, Joseph, additional, Panzik, Joseph, additional, Robinson, Judy, additional, Guillemoteau, Julien, additional, Ohan, Juliette, additional, Zhang, Jun, additional, Lee, Junghwoon, additional, Shelton, Justin, additional, Lu, Kailiang, additional, McKinley, Kate, additional, Pappas, Katherine, additional, Clark, Kathryn, additional, Decker, Kathryn, additional, Shang, Ke, additional, Sorota, Keith, additional, Maaten, Keith Van Der, additional, Enriquez, Kelly, additional, Merrill, Kelvey, additional, Maser, Ken, additional, Melton, Ken, additional, Carroll, Kenneth, additional, Williams, Kenneth, additional, Hathaway, Kent, additional, Fan, Kerui, additional, Brewer, Kevin, additional, Hon, Kevin, additional, Kingdon, Kevin, additional, Stafford, Kevin, additional, Williams, Kevin, additional, Haramy, Khamis, additional, Maharaj, Kian, additional, Davis, Kim, additional, Mwakanyamale, Kisa, additional, Tsakirmpaloglou, Konstantinos, additional, Takeuchi, Kouki, additional, Smith, Kristen, additional, Bryson, L. Sebastian, additional, Trento, L.M., additional, Ellis, Lacey, additional, Liu, Lanbo, additional, Clark, Lane, additional, Owsley, Lane, additional, He, Lanfang, additional, Golovko, Larisa, additional, Braile, Larry, additional, Lautz, Laura, additional, Sherrod, Laura, additional, Toran, Laura, additional, Beran, Laurens, additional, Slater, Lee, additional, Chen, Lei, additional, Pasion, Leonard, additional, Pozdnyakov, Lev, additional, Doyle, Liam, additional, Liu, Lichao, additional, Nie, Lichao, additional, Song, Lin-Ping, additional, Steele, Lincoln, additional, Heagy, Lindsey, additional, Madsen, Line Meldgaard, additional, Pellerin, Louise, additional, Martinez, Luis, additional, Kass, M. Andy, additional, McMaster, M., additional, Alam, MD, additional, Kymes, Madison, additional, Kotikian, Maneh, additional, Kleine, Marco de, additional, DUPREZ, Marie-Eve, additional, Carnevale, Mario, additional, Karaoulis, Marios, additional, Conradi, Mark, additional, Domaracki, Mark, additional, King, Mark, additional, Ralston, Matt, additional, Barner, Matthew, additional, Brawner, Matthew, additional, Jackson, Matthew, additional, Totten, Matthew, additional, Chapman, Melinda, additional, Best, Melvyn, additional, Bares, Michael, additional, Hendry, Michael, additional, Madcharo, Michael, additional, May, Michael, additional, Rohrer, Michael, additional, Sharer, Michael, additional, Oladunjoye, Micheal, additional, Kimball, Mindy, additional, Oyan, Mohammad Najmush Sakib, additional, Danforth, Myles, additional, Fantello, Nadia, additional, Shields, Nathaniel, additional, Eash, Neal, additional, Diamanti, Nectaria, additional, Anderson, Neil, additional, Sowko, Nicholas, additional, Stolte, Nicholas, additional, Valleau, Nick, additional, Lhomme, Nicolas, additional, Claes, Niels, additional, Ragozin, Nikita, additional, Foiged, Nikolaj, additional, Ishii, Nobuyuki, additional, Klitzsch, Norbert, additional, Ohara, Noriaki, additional, Kaufmann, Olivier, additional, Akinrinola, Omobola, additional, Koyan, P., additional, Tsourlos, P., additional, Goderniaux, Pascal, additional, Lacroix, Pascal, additional, Huyghe, Pascale, additional, Mosely, Patrick, additional, Bauman, Paul, additional, Bedrosian, Paul, additional, Schwering, Paul, additional, Wilkinson, Paul, additional, Kruiver, Pauline, additional, Pehme, Peeter, additional, Jones, Perry, additional, Annan, Peter, additional, Bobrowsky, Peter, additional, Hutchinson, Peter, additional, Zimmerman, Peter, additional, Bording, Phil, additional, Meldrum, Philip, additional, Lin, Pinrong, additional, Guo, Qian, additional, Chen, Qiang, additional, Lv, Qingtian, additional, Sangani, Radhika, additional, Ghandoura, Rafat, additional, Mhaskar, Rahul, additional, Bryant, Ray, additional, Rhodes, Rebecca, additional, Macciotti, Renato, additional, Hart, Rheannon, additional, Costley, Richard, additional, Krahenbuhl, Richard, additional, Noorlandt, Rik, additional, Freeland, Robert, additional, Moucha, Robert, additional, Stewart, Robert, additional, Glas, Robin, additional, Eddies, Rod, additional, Bell, Ronald, additional, Powell, Ted, additional, Kaufmann, Ronald, additional, Qian, Rongyi, additional, Knight, Rosemary, additional, Bhattarai, Roshan Raj, additional, Cockett, Rowan, additional, Shen, Ruijie, additional, Chen, Rujun, additional, Xing, Runlin, additional, Swift, Russell, additional, Adams, Ryan, additional, Brumbaugh, Ryan, additional, North, Ryan, additional, Steigerwalt, Ryan, additional, Kang, Seogi, additional, Gad, Sabreen, additional, Lucker, Samantha, additional, Singh, Saurabh, additional, Calkin, Scott, additional, Ikard, Scott, additional, Payton, Scott, additional, Barrentine, Scottie, additional, Lane, Sean, additional, Uhlemann, Sebastian S., additional, Yang, Senlin, additional, Gravelat, Serge, additional, Evans, Shannon, additional, Kelley, Shari, additional, Johnson, Shawn, additional, Ryan, Shawn, additional, Tingle, Shawn, additional, Liu, Shengdong, additional, Ryan, Sheryl, additional, Kidanu, Shishay, additional, Yan, Shuai, additional, Zhao, Shuai, additional, Li, Shucai, additional, Brightwell, Simon, additional, Saneiyan, Sina, additional, Goliber, Sophie, additional, Phillips, Stephanie, additional, Altobelli, Stephen, additional, Billings, Stephen, additional, F., Stephen, additional, Massey, Stephen, additional, Stacy, Stephen, additional, Saville, Steve, additional, Brown, Steven, additional, Kargl, Steven, additional, Chang, Suo-liang, additional, Brantley, Susan, additional, Burns, Susan, additional, Lehtimäki, T., additional, Dismukes, Tanner, additional, Asch, Ted, additional, G-Michael, Tesfaye, additional, Asch, Theodore H., additional, Martin, Thierry, additional, Kelleners, Thijs, additional, Bell, Thomas, additional, Chauveau, Thomas, additional, Hiller, Thomas, additional, Kremer, Thomas, additional, Hansen, Thomas Mejer, additional, Sexton, Thomas, additional, Rogers, Tim, additional, Lähivaara, Timo, additional, Cartwright, Timothy, additional, Johnson, Timothy, additional, Marston, Timothy, additional, Lin, Tingting, additional, Furuya, Tom, additional, King, Tom, additional, Pallesen, Tom Martlev, additional, Endres, Tony, additional, Moraes, Tony, additional, Bach, Torben, additional, Eiskjær, Tore, additional, Morii, Toshihiro, additional, Irons, Trevor, additional, Chernov, Vadim, additional, Ignatev, Vladimir, additional, Kress, Wade, additional, Caldwell, Warren, additional, Liu, Weiqiang, additional, Wang, Weizhong, additional, Li, Wenhan, additional, Zhang, Wenyuan, additional, Brown, Wesley, additional, Trainor-Guitton, Whitney, additional, Doll, William, additional, Rowlands, William, additional, Sauck, William, additional, Seaton, William, additional, Muttashar, Wisam, additional, Xi, Xiaolu, additional, Xu, Xinji, additional, Li, Xiu, additional, Zhao, Xuefeng, additional, Benboudiaf, Yassine, additional, Meng, Yongqi, additional, Chen, Yongshun, additional, Chuangtao, Yu, additional, Han, Yu, additional, Ma, Yujia, additional, Ren, Yuxiao, additional, Mungia, Zach, additional, Liu, Zhengyu, additional, Ma, Zhenning, additional, Yang, Zhichao, additional, Jiang, Zhihai, additional, Qi, Zhipeng, additional, and Hu, Zhouwen, additional

Published
2018
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