Sympathy for the environment predicts green consumerism but not more important environmental behaviours related to domestic energy use

SUMMARY Household consumption is a major contributor to global greenhouse gas emissions. Some behaviours (for example energy use and vehicle use) may have far larger impacts than others (for example green consumerism of household products). Here, the driving forces of green consumerism and two domestic energy uses (electricity consumption and vehicle fuel use) are compared. This study found that environmental attitudes predicted green consumerism, but not electricity consumption or vehicle fuel use. Furthermore, green consumerism was correlated with income and individual level demographic factors, while energy consumption was primarily predicted by household size and structural constraints. Because household energy consumption has greater environmental impacts than green consumerism, policies that aim to improve pro-environmental attitudes may not be effective in mitigating greenhouse gas emissions. Policies should rather aim to change structural constraints influencing transportation and household energy decisions and improve the conspicuousness of household energy consumption

On illegal killings of wildlife in Fennoscandia

Rising levels of discontent among rural residents and parts of the hunting community toward large carnivore conservation policy has effected a phenomenon of socio-politically motivated illegal killing of these unpopular species. Such wildlife crime formed the investigation of an interdisciplinary and internationally collaborative research project headed by the Swedish University of Agricultural Sciences in Ultuna, Uppsala. Through 3 years of in-depth interview studies with hunters in Sweden, a quantitative survey to hunters, comparative studies in other parts of the world and close collaboration with Fennoscandian researchers and practitioners, this project ran to completion at the end of 2016. The following report marks the dissemination and discussion of the research results and insights for future research produced by this project. Hence, it represents the first time the full research project and its members stand before the public and interest groups. The report synthesizes two days of workshop thematic discussions between 45 participants from societal sectors including hunting and nature conservation NGOs, county administrative boards, Environmental Protection Agencies, law enforcement, environmental attorneys and farming associations as they feature across the Fennoscandian countries: Sweden, Norway, Denmark and Finland. Its discussions center on social control in wildlife crime, the juridification of hunting issues, the influence of the EU and platforms for going forward to mitigate poaching, in particular of large carnivores like the wolf. The report is an essential read for both researchers and practitioners faced with the problem of socially accepted, but secretive and hidden, forms of illegal hunting in response to governmental legitimacy crises, distrust of policy and policy-makers, and as a manifestation of rural resistance in modernity

Om illegal jakt i Fennoskandia

Ett ökat missnöje bland delar av landsbygdsbefolkningen och jägarsamhället gentemot bevarandepolitiken för stora rovdjur har påverkat den sociopolitiskt motiverade illegala jakten på dessa arter. Denna typ av jaktbrott har legat som grund för undersökningen i ett tvärvetenskapligt internationellt samarbetsprojekt lett av forskare vid Sveriges lantbruksuniversitet, vid Ultuna. Efter tre år av djupintervjuer med jägare, en enkätundersökning, jämförelser med andra delar av världen och nära samarbete med forskare i Fennoskandia avslutades projektet 2016. Föreliggande rapport fullbordar resultatförmedlingen och den avslutande diskussionen omkring forskningsresultaten från projektet och ger samtidigt uppslag för framtida forskning. För första gången presenterades hela projektet och dess medlemmar för en publik bestående av praktiker och intressegrupper runt jakt. Rapporten sammanfattar på detta sätt två dagars temadiskussioner i en workshop med 45 representanter från olika samhällssektorer, bland annat jägare- jordbruks- och naturskyddsorganisationer, länsstyrelser, Naturvårdsverket, polis och åklagare som de ser ut i länderna som utgör Fennoskandia: Sverige, Norge, Danmark och Finland. Diskussionerna handlade om social kontroll och illegal jakt, att flytta viltförvaltningen till domstolarna, EUs inflytande och olika plattformar för att förebygga illegal jakt, speciellt på stora rovdjur, som vargar. Rapporten riktar sig till både forskare och praktiker som möter problem med social accepterade, men hemliga och gömda, former av illegal jakt som i sin tur beror av statsapparatens legitimitetskris, misstro mot politik och politiker och som också är en manifestation för landsbygdens motstånd i ett modernt samhälle.The following report marks the dissemination and discussion of the research results and insights for future research produced by this project. Hence, it represents the first time the full research project and its members stand before the public and interest groups. The report synthesizes two days of workshop thematic discussions between 45 participants from societal sectors including hunting and nature conservation NGOs, county administrative boards, Environmental Protection Agencies, law enforcement, environmental attorneys and farming associations as they feature across the Fennoscandian countries: Sweden, Norway, Denmark and Finland. Its discussions center on social control in wildlife crime, the juridification of hunting issues, the influence of the EU and platforms for going forward to mitigate poaching, in particular of large carnivores like the wolf. The report is an essential read for both researchers and practitioners faced with the problem of socially accepted, but secretive and hidden, forms of illegal hunting in response to governmental legitimacy crises, distrust of policy and policy-makers, and as a manifestation of rural resistance in modernity

Quantitative analysis of woodpecker habitat using high-resolution airborne LiDAR estimates of forest structure and composition

Light detection and ranging (LiDAR) technology has the potential to radically alter theway researchers and managers collect data onwildlife–habitat relationships. To date, the technology has fostered several novel approaches to characterizing avian habitat, but has been limited by the lack of detailed LiDAR-habitat attributes relevant to species across a continuum of spatial grain sizes and habitat requirements. We demonstrate a novel three-step approach for using LiDAR data to evaluate habitat based on multiple habitat attributes and accounting for their influence at multiple grain sizes using federally endangered red-cockaded woodpecker (RCW; Picoides borealis) foraging habitat data fromthe Savannah River Site (SRS) in South Carolina, USA. First,we used high density LiDAR data (10 returns/m2) to predict detailed forest attributes at 20-mresolution across the entire SRS using a complementary application of nonlinear seemingly unrelated regression andmultiple linear regressionmodels. Next,we expanded on previous applications of LiDAR by constructing 95% joint prediction confidence intervals to quantify prediction error at various spatial aggregations and habitat thresholds to determine a biologically and statistically meaningful grain size. Finally,we used aggregations of 20-m cells and associated confidence interval boundaries to demonstrate a newapproach to produce maps of RCWforaging habitat conditions based on the guidelines described in the species\u27 recovery plan. Predictive power (R2) of regression models developed to populate raster layers ranged from 0.34 to 0.81, and prediction error decreased as aggregate size increased, but minimal reductions in prediction error were observed beyond 0.64-ha (4 × 4 20-m cells) aggregates. Mapping habitat quality while accounting for prediction error provided a robust method to determine the potential range of habitat conditions and specific attributes that were limiting in terms of the amount of suitable habitat. The sequential steps of our analytical approach provide a useful framework to extract detailed and reliable habitat attributes for a forest-dwelling habitat specialist, broadening the potential to apply LiDAR in conservation and management of wildlife populations. A zipped folder of Google maps is attached below as a related file

Quantitative analysis of woodpecker habitat using high-resolution airborne LiDAR estimates of forest structure and composition

Light detection and ranging (LiDAR) technology has the potential to radically alter theway researchers and managers collect data onwildlife–habitat relationships. To date, the technology has fostered several novel approaches to characterizing avian habitat, but has been limited by the lack of detailed LiDAR-habitat attributes relevant to species across a continuum of spatial grain sizes and habitat requirements. We demonstrate a novel three-step approach for using LiDAR data to evaluate habitat based on multiple habitat attributes and accounting for their influence at multiple grain sizes using federally endangered red-cockaded woodpecker (RCW; Picoides borealis) foraging habitat data fromthe Savannah River Site (SRS) in South Carolina, USA. First,we used high density LiDAR data (10 returns/m2) to predict detailed forest attributes at 20-mresolution across the entire SRS using a complementary application of nonlinear seemingly unrelated regression andmultiple linear regressionmodels. Next,we expanded on previous applications of LiDAR by constructing 95% joint prediction confidence intervals to quantify prediction error at various spatial aggregations and habitat thresholds to determine a biologically and statistically meaningful grain size. Finally,we used aggregations of 20-m cells and associated confidence interval boundaries to demonstrate a newapproach to produce maps of RCWforaging habitat conditions based on the guidelines described in the species\u27 recovery plan. Predictive power (R2) of regression models developed to populate raster layers ranged from 0.34 to 0.81, and prediction error decreased as aggregate size increased, but minimal reductions in prediction error were observed beyond 0.64-ha (4 × 4 20-m cells) aggregates. Mapping habitat quality while accounting for prediction error provided a robust method to determine the potential range of habitat conditions and specific attributes that were limiting in terms of the amount of suitable habitat. The sequential steps of our analytical approach provide a useful framework to extract detailed and reliable habitat attributes for a forest-dwelling habitat specialist, broadening the potential to apply LiDAR in conservation and management of wildlife populations. A zipped folder of Google maps is attached below as a related file

Perspective From a Youth Environmental Activist: Why Adults Will Listen to Youth in Politics

This perspective article is divided between the account of an emerging youth political activist, Katelyn Higgins, and the subsequent collaborative research project she coordinated. After 10 years of experience in youth political action, Higgins worked with co-authors to develop a qualitative study to explore the processes underlying youth influence over local environmental policymaking. We present findings from that study to supplement her perspective. The study supported fourth and fifth grade teachers by offering a marine debris curriculum which encouraged students to share their knowledge with local community members through environmental activism events. At the first event, students aged 8–10 presented at a town hall meeting; we interviewed 16 adults in attendance. The second “event” was a series of video PSAs (Public Service Announcements) in which students from across the state of North Carolina, United States, explained the harms of marine debris. Those PSAs were emailed to local officials; we conducted follow-up interviews with two officials. Four themes emerged to characterize how adults responded to youth environmental activism: young people were inspiring; adults want to support young people; and adults view young people as able to provide leadership for local action and challenge the establishment. Youth leaders and those looking to support them should be encouraged by these results, as they suggest adults, including local public officials, consider youth voices valuable and uniquely situated to foster productive political processes for addressing marine debris. Future research should continue to explore the degree to which positive feelings expressed by adults translate to action

How Perceived Exposure to Environmental Harm Influences Environmental Behavior in Urban China

Abstract Rapid environmental degradation in China makes understanding how perceived exposure to environmental harm influences environmental attitudes and participation in pro-environmental behaviors among the Chinese people crucial. We used a nation-wide survey dataset in urban China to test two hypotheses: experiencing environmental harm directly affects environmental behavior; environmental attitudes mediate the relationship between experiencing environmental harm and environmental behavior. We found respondents who experienced environmental harm had more pro-environmental attitudes. Experiencing environmental harm positively influenced pro-environmental behavior both directly and indirectly through the mediation of pro-environmental attitudes. Among the pro-environmental behaviors, environmental litigation was most strongly related with exposure to environmental harm. Our results suggest that more participation in pro-environmental behaviors may be expected as rapid economic development increases public exposure to environmental harm in urban China

How a marine debris environmental education program plays to strengths of linguistically diverse learners

Although environmental education (EE) has increased focus on how to best serve diverse populations, one understudied area is how linguistically diverse learners may engage with EE programming. Linguistic diversity is on the rise across the United States; for instance, nearly one-third of all children between the ages of 0 and 8 have at least one parent who speaks a language other than English in the home. This study evaluated impacts of an EE curriculum designed to promote pro-environmental behavior change with a pre-post, treatment-control experimental design among students from linguistically diverse households. In partnership with teachers, we implemented the curriculum in elementary schools across the state of North Carolina, United States. Over two school years (2018–2020), 36 teachers from 31 schools across 18 counties participated in the study, providing 644 paired pre-post student responses (n = 204 control; n = 440 treatment). About 10% of the sample (n = 49 treatment, n = 18 control) reported speaking a language at home other than English. We tested hypotheses that the curriculum would increase pro-environmental behavior change among all students, but particularly among those from linguistically diverse households using multiple linear regression. Results indicate that the curriculum effectively encouraged pro-environmental behaviors for all students on average, but particularly among linguistically diverse students, adding to growing examples of the equigenic effects of environmental and nature-based education. These findings are consistent with research demonstrating that EE can contribute to behavior change among young learners and may be particularly well-suited to resonate with the unique contributions of linguistically diverse learners