Low Preference Research Articles

Effects of aqueous cactus (Opuntia ficus-indica (L.) Mill.) cladodes extract on wheat dough and pan bread quality characteristics

The effect of kneading wheat flour with aqueous cladode extracts on the dough's rheological and pan bread quality characteristics was investigated. Cladodes aqueous extract solutions of 5% and 7.5% positively and significantly (P < 0.05) impacted the dough's rheological properties as well as the bread-specific volume index. The use of 10% cladodes aqueous extract solutions, however, negatively impacts bread quality. As the cladodes extract increased from 5 to 10%, the L* and b* color values of both crust and crumb were reduced, a* color values of crust significantly increased while decreased for the crumb. Sensory bread preferences formulated with 7.5% extract were assessed as the best, followed by 5% bread, while the lowest preferences were bread formulated with 10% extract. The use of 7.5% of cladodes aqueous extract resulted in the greatest specific volume and extensograph parameters, except the extensibility E; an indication of the significant impacts on bread quality. In particular, the Max height extensograph index was 426 when 7.5% of cladodes aqueous extract solution was used compared to 280 for the control and 396–365 for the 5 and 10% cladodes aqueous extract solutions, respectively. Results suggest the potential use of cladodes aqueous extract solutions as a healthy alternative to chemical additives in bread and baked products.

Comparing Preferred Temperatures and Evaporative Water Loss Rates in Two Syntopic Populations of Lacertid Lizard Species

Many reptiles actively regulate their body temperature. During thermoregulation, they suffer evaporative water loss (EWL). Since evaporation increases with temperature, EWL could limit the activity of ectotherms when water is not available. In this study, we compared the preferred body temperatures (Tp) and EWL of two lacertid lizard species, Darevskia praticola and Podarcis muralis, at the western edge of D. praticola’s range, where they live in syntopy. We hypothesized that D. praticola, a species that inhabits forested and humid environments, would have a higher EWL than the more widespread P. muralis. Our results show that D. praticola prefers lower temperatures (mean Tp = 28.1 °C) than P. muralis (mean Tp = 30.6 °C). Despite the differences in their thermal preferences, both species showed similar total EWL (2.76% for D. praticola and 2.67% for P. muralis), although their daily patterns of water loss differed. Our results suggest that D. praticola has developed mechanisms to control water loss and that its lower thermal preference may be due to both historical factors and local adaptations. These results contribute to the understanding of how environmental factors influence the physiology of lizards, which in turn has implications for predicting the effects of climate change on species distribution.

Coordination strategy and contract design of platform supply chain for large-scale sports events with low carbon preference.

The organization of sports events, while generating economic benefits, inevitably imposes significant environmental pressures. Conducting green and low-carbon sports events have become a global consensus. In addressing the carbon emissions and benefit coordination issues on the production end of infrastructure construction for large-scale sports events, we considers the significant role of digital platforms in the industry's low-carbon transformation and upgrade, and innovatively incorporates platforms as decision-making entities and investigates the equilibrium strategies for low-carbon cooperation under three different power structures: one led by the sports events materials supplier, one by the materials distributor, and one by the integrated service platform. Additionally, it designs related cost-sharing contracts. The findings suggest that: centralized decision-making is more conducive to aligning the interests of various entities within the sports events platform supply chain. Different power structures have distinct impacts on overall supply chain profits and carbon emissions. Specifically, the supply chain achieves the highest overall profit under the domination of the integrated service platform, while the lowest level of carbon reduction occurs under the domination of the materials distributor. These results provide strategic insights for the low-carbon development of sports events and the coordinated cooperation within platform supply chain.

Insights into a photo-driven laccase coupling system for enhanced photocatalytic oxidation and biodegradation

Effective depolymerization of lignin into environmentally friendly aromatic chemicals under mild conditions is gaining interest. Fungal laccase is capable of catalyzing a wide range of reactions, but its low redox potential and preference for acidic pH limit its potential applications. Herein, we developed a laccase-methylene blue (LAC-MB) coupling system, combining the selectivity of enzyme catalysis with the high reactivity of photocatalysis, for the efficient degradation of lignin model compounds. Theoretical calculations indicate that the electron donor’s distance to the LAC’s active site T1 Cu is shortened from 29.7 to 7.3 Å in the LAC-MB. In this system, MB, possessing strong interaction with T1 Cu, acts as a light absorber, enabling the rapid transfer of photogenerated electrons to T1 Cu. This significantly enhances the degradation rate of guaiacol (GUA) from 28.8 % to 91.46 %. The LAC-MB can oxidize both phenolic and non-phenolic lignin model compounds under red-LED irradiation with wide pH ranging from 3.0 to 7.0 and high-efficiency. By tuning the primary coordination sphere and the access tunnel of T1 Cu, we further revealed that enhanced binding affinity and active site accessibility for the LAC-MB complex attributed to the photocatalysis’s high reactivity. Based on this, LAC variants with enhanced binding capabilities were constructed and the resulting mutant LAC-MB are characterized by higher oxygen consumption and ROS generation activated by red-LED, specifically a higher quantum yield of 1O2, demonstrating increased electron transfer and light-driven reactivity. This photo-enzyme coupling system presents a new pathway for the high-efficiency processing of lignocellulosic biomass and offers insights for designing future artificial photosynthetic systems.

Residents’ Preferences on Green Infrastructure in Wuhan, China

Green infrastructure (GI) provides considerable benefits, including stormwater runoff management, biodiversity conservation, and urban sustainability promotion, and thus has garnered widespread attention. However, the limited research on residents’ preferences for GI constrains further promotion in China. To address this issue, data were collected from 436 residents in Wuhan, China, through an online survey. This study employed a comprehensive analytical framework that integrates best–worst scaling (BWS) with the contingent valuation method (CVM) to assess the preferences of residents in Wuhan, China, for six types of GI and estimate their willingness to pay (WTP) for GI enhancements. The conditional model and mixed logit model results indicated that residents preferred GI facilities that offer direct benefits, such as street trees and permeable pavements, and showed a lower preference for structures less suited to a Chinese context, such as eco-roofs. Regarding heterogeneity, only permeable pavements showed significant variation in preferences. Furthermore, the average WTP for GI enhancement was 142.28 RMB/household/year. Factors including familiarity with GI, information sources, and air quality improvement perceptions positively influenced the WTP, while low income negatively impacted the WTP. These findings offer insights for urban planners to develop effective policies to enhance public support for GI and promote urban sustainability.

More repeated exposures, lower preference ratings: exploring the factors impacting on visual aesthetic fatigue

More repeated exposures, lower preference ratings: exploring the factors impacting on visual aesthetic fatigue

Value‐Added Service Strategies for Retailers Oriented to Uncertain Demand

ABSTRACTWhereas retailers pursue providing value‐added services (VAS) to capture additional markets and maximize profits, market demand uncertainty decreases retailers' incentives to provide VAS. Therefore, we analyze retailers' VAS provision strategies in the market demand uncertainty. We then investigate the VAS provision strategies and explore the impact of market demand uncertainty, competitive effects, and market loss effects on retailers' VAS provision strategies. We prove that when the market loss effect is high, the retailers provide VAS that even face lower consumer preferences. When the market loss effect is low, neither retailer offers VAS, even when consumer preferences are high. When the market loss effect and consumer preferences match each other, only one retailer offers VAS as an equilibrium strategy. The competition effect and market demand uncertainty exacerbate this result. Notably, the combination of VAS cost, competition effect, and market loss effect puts the retailer in a prisoner's dilemma under market demand uncertainty. Interestingly, the competition effect mitigates situations where retailers suffer from the prisoners' dilemma. Besides, the competition effect and market demand uncertainty exacerbate the difficulties of extracting optimal social welfare in different scenarios.

Is ESG investment rewarded or just doing good? Evidence from China

The question of whether ESG investment is rewarding is a key determinant of its attractiveness to investors. Despite extensive research, a consensus remains elusive. This paper delves into the potential costs and benefits of ESG preferences in the Chinese stock market by constructing three-dimensional portfolios that integrate risk, return, and investor ESG preference. Instead of providing a binary answer of whether ESG investment is rewarding, we offer a glide path of costs to investors for achieving their ESG goals. Furthermore, given the potential market cap bias, we examine the differences in costs between portfolios composed of large-cap and small-cap stocks. Our empirical findings are twofold: first, if investors have a relatively low preference for companies' ESG performance, their investment is as rewarding as those with no ESG preference. However, if they have a high level of preference for ESG performance, their investment may be just doing good. This means that if the level of ESG preference is below a certain threshold, the costs of ESG preference are minimal or even zero. However, when the threshold is crossed, the costs rise sharply. Second, these costs vary significantly between portfolios with different market capitalizations. Specifically, incorporating ESG factors into small-cap portfolios often results in higher financial sacrifices compared to large-cap portfolios. These insights are crucial for investors seeking to balance financial and non-pecuniary objectives, providing guidance for optimizing ESG integration strategies in their investments.

Utilization patterns and preferences of telemedicine services in the post-Covid-19 era in Israel

Abstract Background While telemedicine can streamline healthcare delivery, suboptimal use may compromise care quality and access. Given the increased adoption of these services during and after the Covid-19 pandemic, understanding best practices through examination of utilization patterns and patient preferences is crucial. This study estimated utilization rates, patient preferences and perceptions of response received for different physician-encounter channels for common clinical and administrative scenarios. Methods Cross-sectional telephone survey in Hebrew or Arabic of 519 Israelis who contacted a doctor in the past year for clinical or administrative needs. Data collected during April-June 2023, focused on chosen contact channel, reasons for choice, perceived response adequacy, and hypothetical future preferences. Findings 78% of encounters with family physician for clinical need were in-person, with lower rates for phone (16%) or messaging (6%); in-person dominated with encounters with specialists (94%). Conversely, for administrative needs, more used phone (15%) or messaging (48%), though 37% still preferred in-person encounter. Video usage was negligible (&amp;lt;1%). Main reasons for in-person choice were perceived need for physical exam, habit, or negative perception of remote service quality. Convenience/exam-free needs drove phone/messaging use. While most patients were satisfied with their chosen channels, phone consultations had lower future preference rates. Conclusions Matching channel to need is crucial. Physical exams require in-person visits, though they are not always required and many stick with in-person out of habit; remote options like messaging can streamline administrative tasks. Patient education could address habits and help familiarize patients with new options. Optimizing phone visits and promoting video options could enhance adoption due to their benefits. Key messages • In-person visits are preferred for clinical needs, while messaging/phone are underutilized for administrative tasks, highlighting missed opportunities for convenient telemedicine options. • Addressing patient habits and perceptions around remote healthcare channels is crucial for optimizing telemedicine adoption and streamlining care delivery.

Changes in food valence of regular diet depending on the experience of high and low preference food.

Eating disorders represent an aspect of mental illness involving failure to control eating behaviors. Food valence plays a regulatory role in eating behaviors and changes with eating experiences. Failure to control food valence may be associated with eating disorders. This study presents a newly developed behavior task-food reservation task, which assesses changes in food valence. Over three consecutive days, mice were fed a regular diet for 30 min and subsequently were offered either palatable or low-palatable foods for 30 min. Mice decreased regular diet consumption on the days that it was followed by a palatable food-sweet chocolate (SC) or cheese (CH) and increased it when it was followed by a low-palatable food-bitter (dark) chocolate (BC). Our findings indicate that mice can change regular diet consumption by learning whether it will be followed by a palatable or low-palatable food. This suggests that palatable food devaluated the food valence of regular diet, whereas low-palatable food evaluatedit. We developed a new food reservation task, which allows to assess experience-dependent change in the food valence of a regular diet. This task will contribute to a better understanding of the neural mechanisms underlying those changes.

What sustains feminized part-time work at the gender equality frontier? Evidence from a vignette experiment

Feminized part-time work has been deemed a family policy conundrum yet to be solved by any welfare regime. To identify ways forward, this article examines structural drivers of part-time work decisions through a vignette experiment fielded in the gender-egalitarian context of Norway ( N = 3500). Six theory-grounded factors are tested in this multidimensional, causal framework: partner income level, physical and cognitive household labour burdens, the presence of a part-time culture at the workplace, and consequences of part-time work for career advancement and future pensions. Results show that overall, factors that regulate individuals’ material self-interest (partner income, career and pension consequences) have the largest impact on working-time decisions. Additionally, a priming treatment is given with a split sample concerning the factor of cognitive household labour – the organizational dimension of household work. Results from sub-group analyses show that non-primed respondents prefer significantly higher working hours when their cognitive labour burden is lower. Respondents who received experimental priming, however, portray the opposite behaviour (lower working-hour preference when cognitive labour burden is low). The pattern is driven by women, whereas men are left largely unaffected by both the priming and vignette treatment of cognitive labour. Thus, robust findings imply that gender inequality in material circumstances sustains feminized part-time work patterns. Suggestive evidence further indicates that gender inequality in cognitive labour loads may also contribute to sustaining feminized part-time work.

Longitudinal Analysis of Sweet Taste Preference Through Genetic and Phenotypic Data Integration.

Understanding the genetic basis of sweet taste preference is crucial for potential implications in diet-related health outcomes, such as obesity. This study identified genes and single nucleotide polymorphisms (SNPs) associated with sweet taste preferences over time. Data from the American Nurses' Health Study (NHS1) and Health Professionals Follow-up Study (HPFS) cohorts were analyzed. Using tools like PLINK and METAL for genetic associations and FUMA for functional annotation, the study identified eight SNPs associated with sweet taste preferences. Notably, rs80115239 and rs12878143 were identified as key determinants of the highest and lowest associations with sweet taste preferences, respectively. Individuals with the rs80115239 (AA) genotype displayed a higher preference for sweet tastes, including chocolate and cake, but a lower preference for physical activity, fruits, and vegetables, particularly in females from the NHS1 cohort, linking this genotype to a higher obesity risk. Conversely, those with the rs12878143 (CC) genotype preferred fruits, vegetables, coffee, and tea, with a lower preference for sweetened beverages, but the correlation with obesity risk was less clear due to inconsistent data. In conclusion, these findings highlight the genetic influences on sweet taste preference and their potential role in personalized dietary recommendations and obesity management strategies.

Bacterial functional responses to environmental variability: a case study in three distinct mountain lakes within a single watershed

The utilization of carbon substrates (CSs) is crucial for the functioning of heterotrophic bacterial communities and aquatic ecosystems. This study used the Biolog EcoplateTM technique to explore spatial and temporal community-level physiological profiles (CLPPs) of bacteria in three eutrophic-dystrophic mountain lakes in Bulgaria. Bacterial metabolic activity varied among the lakes, being highest in the lake dominated by phytoplankton and lowest in the lake dominated by macrophyte primary producers. CLPP highlighted specific bacterial metabolic preferences to certain carbon guilds (CGs), showing a higher affinity for carbohydrates and polymers and lower preferences for amino acids and amines. The overall metabolic dissimilarity among the lakes was approximately 32%, primarily driven by the CGs of amino acids and amines. The most preferred CSs included the carbohydrates D-Mannitol and N-Acetyl-D-glucosamine, and the carboxylic acid D-Galacturonic acid. Bacterial functional diversity was high (H′: 3.18 − 3.33) due to the high evenness of CS utilization. Multidimensional analyses revealed significant influences of lake-specific characteristics, sampling month, and the interaction between these factors on CLPP patterns. Nutrients and water temperature were identified as the most influential environmental factors affecting bacterial communities. This study enhances our understanding of bacterial functional responses to changing environments, demonstrating the effectiveness of the Biolog EcoplateTM technique in providing insights into these changes.

A Low-Complexity User-Preference-Aware Decentralized Coded Caching Based on User Pairing

A Low-Complexity User-Preference-Aware Decentralized Coded Caching Based on User Pairing

Fungiform Papillae and Gustatory Function in Neurofibromatosis Type 1: A Case-Control Study.

Fungiform papillae enlargement is a common oral manifestation of neurofibromatosis type 1 (NF1). This study aimed to objectively evaluate the size, number, and symmetry of fungiform papillae in NF1 individuals and investigate the relationship between these alterations and taste perception, salivary flow, dietary habits, and BMI. A cross-sectional case-control study was conducted on 80 participants (40 with NF1 and 40 controls), matched by age and sex. Participants underwent quantitative and morphological evaluation of fungiform papillae, gustatory perception tests, sialometry, saliva analysis, xerostomia assessment, dietary assessments, and Body Mass Index calculations. The NF1 group exhibited significantly larger and more asymmetric fungiform papillae and exhibited a higher detection threshold for sweet and sour tastes, as well as hyposalivation and lower preference for healthy foods compared to the controls. No correlation was found between papillae morphology, gustatory perception tests, saliva properties, xerostomia, food preferences, or BMI in the NF1 group. Enlarged and asymmetric fungiform papillae, hyposalivation, heightened sensitivity to sweet and sour tastes, and reduced healthy eating habits were common in NF1. Although fungiform papillae alterations seem unrelated to taste sensitivity and food preferences, further investigation is needed to better understand the mechanisms underlying these changes.

Do error-tolerance and correction mechanisms enhance the performance of state-owned enterprises in China?

This study investigates the impact of error-tolerance and correction mechanisms (ETCM) on the performance of state-owned enterprises (SOEs). We conduct difference-in-differences (DID) estimations and find that the implementation of this policy significantly improves SOEs' performance. Mechanism analysis shows that the ETCM can strengthen the innovation capacity and improve internal governance of SOEs. Heterogeneity analysis shows that our results are more pronounced in SOEs with lower levels of corporate management, lower risk preferences of managers, higher intense external market competition, non-Industrial corporate and eastern regions. We also find that the ETCM improves SOEs' total factor productivity (TFP). Overall, this study provides perspectives and evidence from ETCM for deepening the reform of SOEs.

Striking the balance: Fiqh Bi’ah and Productive Waqf Forests (PWFs) for sustainable forest management in Indonesia

Purpose This study aims to address the challenge of balancing economic development with environmental protection in the context of productive waqf forests (PWFs). The inherent tension between forest productivity and protection necessitates a model that ensures sustainable utilization. This research proposes a novel framework by integrating fiqh bi'ah (Islamic environmental jurisprudence) with a model for PWFs development. Design/methodology/approach Using a qualitative approach, the analytical network process (ANP) analyzes data gathered through a literature review of Islamic environmental jurisprudence (fiqh bi'ah) on environment and waqf, in-depth interviews and focus group discussions with academics, practitioners and regulators in fiqh bi'ah and waqf forest management. Findings Three potential PWFs development models emerge from the fiqh bi'ah literature; Harim (maintaining the natural forest state for intangible benefits like oxygen and biodiversity), Hima (sustainable utilization of forest products while preserving ecological components) and Ihya’ al-mawat (developing unproductive land into a future forest). The ANP analysis reveals that Hima is the most preferred model by all stakeholders, followed by Ihya’ al-mawat. The Harim model received lower preference due to limited economic potential. Additionally, experts suggest tourism-based forest management as the most suitable approach for all three PWFs models. Originality/value This study offers a novel PWFs development model grounded in fiqh bi'ah principles. By using ANP to integrate diverse stakeholder perspectives, the research provides valuable insights for sustainable and ethical management of PWFs resources, contributing to the literature on Islamic finance and business models.

Spatial and historical patterns of sedimentary organic matter sources and environmental changes in the Ross Sea, Antarctic: implication from bulk and n-alkane proxies

Organic carbon (OC) burial in the Antarctic marginal seas is essential for regulating global climate, particularly due to its association with ice shelf retreat. Here, we analyzed total OC (TOC), total nitrogen (TN), radiocarbon isotope, n-alkanes and relative indicators in surface and core sediments from the Ross Sea, West Antarctica. Our aim was to investigate spatial and historical changes in OC sources, and to explore the influencing factors and implications for ice shelf retreat since the last glacial maximum (LGM). Our results revealed distinct spatial patterns of OC sources as indicated by n-alkane indicators in surface sediments. In the Western Ross Sea, n-alkanes predominantly originated from phytoplankton and bacteria, as evidenced by their unimodal distribution, low carbon preference index (CPI) of short-chain n-alkanes (CPIL = 1.41 ± 0.30), and low terrestrial/aquatic ratio (TAR = 0.22 ± 0.14). In the Southwest Ross Sea, n-alkanes were derived from marine algae and terrestrial bryophytes, indicated by bimodal distribution, low ratio of low/high molecular-weight n-alkanes (L/H = 0.62 ± 0.21), low CPI of long-chain n-alkanes (CPIH = 1.18 ± 0.16), and high TAR (1.26 ± 0.66). In contrast, the Eastern Ross Sea exhibited n-alkanes that were a combination of phytoplankton and dust from Antarctic soils and/or leaf waxes from mid-latitude higher plant, as suggested by both unimodal and bimodal distributions, high L/H (1.60 ± 0.58) and CPIH (2.04 ± 0.28), and medium TAR (0.61 ± 0.30). Geologically, during the LGM (27.3 – 21.0 ka before present (BP)), there was an increased supply of terrestrial OC (TOC/TN = 13.63 ± 1.29, bimodal distribution of n-alkanes with main carbon peaks at nC17/nC19 and nC27). From 21.0 to 8.2 ka BP, as glaciers retreated and temperatures rose, the proportion of marine n-alkanes significantly increased (TOC/TN = 9.09 ± 1.82, bimodal distribution of n-alkanes with main carbon peaks at nC18/nC19 and nC25). From 8.2 ka BP to the present, as the ice shelf continued to retreat to its current position, the marine contribution became dominant (TOC/TN = 8.18 ± 0.51, unimodal distribution of n-alkanes with main carbon peak at nC17/nC18/nC19, and low TAR (0.41 ± 0.32)). This research has significant implications for understanding the variations in Antarctic OC sources and their climatic impacts in the context of accelerated glacier melting.

The attrition, physical and insecticidal durability of two dual active ingredient nets (Interceptor® G2 and Royal Guard®) in Benin, West Africa: results from a durability study embedded in a cluster randomised controlled trial.

Studies evaluating the attrition, physical and insecticidal durability of dual active ingredient (AI) insecticide-treated nets (ITNs) are essential for makingprogrammatic decisions regarding their deployment. We performed a prospective study embedded in a cluster randomised controlled trial (cRCT) to evaluate the attrition, fabric integrity and insecticidal durability of Interceptor® G2 (alpha-cypermethrin-chlorfenapyr) and Royal Guard® (alpha-cypermethrin-pyriproxyfen), compared to Interceptor® (alpha-cypermethrin) in Benin. A total of 2428 study nets in 1093 randomly selected households in five clusters per arm of the cRCT were monitored for ITN attrition and fabric integrity every 6-12months post-distribution. Householders were further surveyed to investigate non-study net use and their preference for ITN fabric types used in the study nets. A second cohort of 120 nets per ITN type were withdrawn every 12months and assessed for chemical content and insecticidal activity in laboratory bioassays. Alpha-cypermethrin bioefficacy was investigated using the susceptible Anopheles gambiae Kisumu strain, and chlorfenapyr and pyriproxyfen bioefficacy were investigated using the pyrethroid-resistant Anopheles coluzzii Akron strain. Net pieces were tested in WHO cone bioassays and tunnel tests for alpha-cypermethrin and in tunnel tests for chlorfenapyr; pyriproxyfen activity was assessed in cone bioassays as the reduction in fertility of blood-fed survivors using ovary dissection. Bioefficacy was expressed as the proportion of ITNs passing predetermined WHO criteria, namely knock-down ≥ 95% or 24/72h mortality ≥ 80% or reduction in fertility ≥ 50%. Overall ITN survivorship was 52% at 24months and fell to 15% at 36months. Median ITN survival time was lower with Royal Guard® relative to Interceptor® [1.6 vs 2.3years; hazard ratio (HR) 1.49, 95% confidence interval (CI) 1.36-1.66; p < 0.001] and Interceptor® G2 (1.6 vs 2.1years; HR 1.33, 95% CI 1.20-1.47; p < 0.001). Householders overwhelmingly preferred polyester nets over polyethylene nets (96%), and more Royal Guard® nets were replaced with spare polyester nets from previous campaigns. All Royal Guard® nets passed efficacy criteria for alpha-cypermethrin at all time points (100%) while ITN pass rates after 24months had fallen to < 40% for pyriproxyfen and chlorfenapyr. The chemical content analysis showed a higher loss rate of the non-pyrethroid insecticides relative to the pyrethroids in each dual ingredient AI ITN; 74% vs 47% for Royal Guard® and 85% vs 63% for Interceptor® G2 at 36months. The median ITN survival time for Interceptor® G2 (2.1years) and Royal Guard® (1.6years) in Benin is substantially lower than 3years. Royal Guard® nets were discarded more quickly by householders, partly due to their low preference for polyethylene nets. The insecticidal activity of the non-pyrethroid insecticides in both dual AI ITNs was short-lived compared to alpha-cypermethrin. The results corroborate the findings from the cRCT conducted in Benin.

Automated vehicles and the urban parking paradigm: Environmental implications and Citizen preference

This study examines parking decisions in a future populated by automated vehicles (AVs), focusing on their energy implications. Using a multinomial logit model, preferences among cruising, garage parking, sending the AV home, and on-street parking in Santander, Spain, were evaluated. Home sending emerged as the favourite (52%) for its convenience, while garage parking was chosen by 36%, valued for security and environmental benefits. Cruising was least popular (6%), deterred by environmental concerns. Integrating survey data with traffic simulations, the research uncovered that cruising, despite its low preference, accounted for 16% of energy consumption due to empty trips. Surprisingly, sending AVs home, despite being the most popular, led to significant energy use, although it maintained a good consumption ratio. Garage parking, especially when located on city outskirts, was also inefficient. The study highlights the urgent need for strategies to mitigate inefficient parking behaviours, thereby enhancing the sustainability of AV-driven mobility.