Want to know what kind of amazing research happens at Sonoma State? Read on for this month's SSU research update.
Baker, Z. (2024). Governing climate : how science and politics have shaped our environmental future. University of California Press.
After decades of debate about global warming, the fact of the climate crisis is finally widely accepted. People at all scales-from the household to the global market-are attempting to govern climate to deal with its causes and impacts. Although the stakes are different now, governing climate is centuries old. In this book, Zeke Baker develops a genealogy of climate science that traces the relationship between those who created knowledge of the climate and those who attempted to gain power and govern society, right up to the present, historic moment. Baker draws together over two centuries of science, politics, and environmental change to demonstrate the "co-production" of what we know about climate in terms of power-seeking activity, with a focus on the United States. Governing Climate provides a fresh account of contemporary issues transecting science and climate politics, specifically the rise of "climate security," and examines how climate science can either facilitate or reconcile the unequal distribution of power and resources.
Glasgow, J. (2024). The significance impulse : on the unimportance of our cosmic unimportance. Oxford University Press.
Why should we strive to be important? Does it make our lives go better if we are especially significant? This book argues that the common impulse to seek exceptionally high levels of significance is misguided. One reason why is that we cannot reach cosmic-grade significance, even if we do matter somewhat in our communities. We do not have the size, duration, or power that would allow us to be that important. Even the value that we do contribute to the universe, our loving and rationality and pain and pleasure, are in short supply. So our significance has built-in limitations. What is more, being exceptionally significant would not be to our personal benefit: it does not advance our well-being, our meaning in life, or any other of our interests. In fact, we have ample reason to embrace our modest levels of mattering: if we do not matter very much, then we are liberated to go about our lives without worry, to the same extent. We should thus feel good about our unexceptional lives. This book is a celebration of being ordinary.
Voelkel, J. G., Stagnaro, M. N., Chu, J. Y., Pink, S. L., Mernyk, J. S., Redekopp, C., Ghezae, I., Cashman, M., Adjodah, D., Allen, L. G., Allis, L. V., Baleria, G., Ballantyne, N., Van Bavel, J. J., Blunden, H., Braley, A., Bryan, C. J., Celniker, J. B., Cikara, M., & Clapper, M. V. (2024). Megastudy testing 25 treatments to reduce antidemocratic attitudes and partisan animosity. Science., 386(6719), eadh4764.
Abstract: Scholars warn that partisan divisions in the mass public threaten the health of American democracy. We conducted a megastudy (n = 32,059 participants) testing 25 treatments designed by academics and practitioners to reduce Americans' partisan animosity and antidemocratic attitudes. We find that many treatments reduced partisan animosity, most strongly by highlighting relatable sympathetic individuals with different political beliefs or by emphasizing common identities shared by rival partisans. We also identify several treatments that reduced support for undemocratic practices-most strongly by correcting misperceptions of rival partisans' views or highlighting the threat of democratic collapse-which shows that antidemocratic attitudes are not intractable. Taken together, the study's findings identify promising general strategies for reducing partisan division and improving democratic attitudes, shedding theoretical light on challenges facing American democracy.
Cooley, L. A., Hindle, A. G., Williams, C. L., Ponganis, P. J., Hannah, S. M., Klinck, H., Horning, M., Costa, D. P., Holser, R. R., Crocker, D. E., & McDonald, B. I. (2025). Physiological effects of research handling on the northern elephant seal (Mirounga angustirostris). Comparative Biochemistry and Physiology. Part A, Molecular & Integrative Physiology, 299, 111771-.
Wildlife researchers must balance the need to safely capture and handle their study animals to sample tissues, collect morphological measurements, and attach dataloggers while ensuring their results are not confounded by stress artifacts caused by handling. To determine the physiological effects of research activities including chemical immobilization, transport, instrumentation with biologgers, and overnight holding on a model marine mammal species, we collected hormone, blood chemistry, hematology, and heart rate data from 19 juvenile northern elephant seals (Mirounga angustirostris) throughout a translocation experiment. Across our six sampling timepoints, cortisol and aldosterone data revealed a moderate hormonal stress response to handling accompanied by minor changes in hematocrit and blood glucose, but not ketone bodies or erythrocyte sedimentation rate. We also examined heart rate as a stress indicator and found that interval heart rate, standard deviation of heart rate, and apnea-eupnea cycles were influenced by handling. However, when seals were recaptured after several days at sea, all hormonal and hematological parameters had returned to baseline levels. Furthermore, 100 % of study animals were resighted in the wild post-translocation, with some individuals observed over four years later. Together, these findings suggest that while northern elephant seals exhibit measurable physiological stress in response to handling, they recover rapidly and show no observable long-term deleterious effects, making them a robust species for ecological and physiological research.
Melino, K., Bell, B., & Freborg, K. (2025). Deconstructing Professionalism as Code for White (Power): Authenticity as Resistance in Nursing. Nursing Philosophy, 26(1).
The concept of professionalism is embedded into all aspects of nursing education and practice yet is rarely critically interrogated in nursing scholarship. This paper describes how professionalism in nursing is based on whiteness. When actualized, this oppressive construct homogenizes individuals' identities to assist nurses in building and wielding power against each other and against patients, and results in dehumanization and disconnection. Foregrounding an ethic of authenticity as a practice of resistance against white professionalism offers an alternative possibility for how nursing could be taught, practiced and theorized. As such a practice must begin with oneself, the authors outline a reflexive process from which to begin this work.
Liu, L., Ahmadi, Y., Kim, K.-H., Kukkar, D., & Szulejko, J. (n.d.). Assessment of interference/synergistic effects in the adsorption of polar and non-polar VOCs on a commercial biomass-based microporous carbon. Chemosphere (Oxford).
This research has been carried out to investigate interference/synergistic relationship in adsorption behavior between polar and non-polar volatile organic compounds (VOCs: formaldehyde (FA) versus toluene) using commercial macadamia nutshell (MNS)-based microporous activated carbon (i.e., Procarb-900: namely, P900). The breakthrough (BT) volume, adsorption capacity, and partition coefficient of P900 are estimated for 100 ppm FA as a single component and as a binary phase with 100 ppm toluene. The basic features of FA adsorption over P900 adsorbent are accounted for in terms of interaction between the key variables (e.g., pore size distribution, adsorbent particle size, surface element compositions, and sorbent bed mass). Accordingly, the powdered P900 (0.212-0.6 mm: 150 mg) exhibits an adsorption capacity of 5.7 mg g-1 and a partition coefficient of 0.19 mol kg-1 Pa-1 for single-phase FA at the 10% BT level. Interestingly, its performance is synergistically improved in the presence of toluene (e.g., >150%) in the early stage of adsorption (e.g., 10% BT), possibly reflecting diffusion resistance of the adsorbent (e.g., small particle size and developed ultra-micropore structure) and natural attributes of FA (e.g., low affinity and smaller kinetic diameter). The overall results of this study are expected to offer a better understanding of the mechanisms underlying the interactions between the mixed VOC system and microporous adsorbents.
