Strange bedfellows or an aligning of values? Exploration of stakeholder values in an alliance of concerned citizens against coal seam gas mining

In the inter-stakeholder relations in environmental and natural resource management disputes, farmers and environmentalists have traditionally fallen along opposing lines arguably due to seemingly incompatible values and fundamental differences between the groups. However, the expansion of the coal seam gas (CSG) industry has resulted in outrage and opposition from farming groups, environmentalists, and communities, leading to an alliance of these “strange bedfellows”. This study explored the opposition movement to CSG in Australia with the use of techniques from social psychology to investigate whether shared values provided the common ground for the alliance. An online survey of values was conducted (N = 197) with members of the CSG opposition alliance. No evidence was found to support the hypothesis that this alliance of stakeholders is comprised of two distinct sub-groups; farmers and environmentalists. The personal values of the respondents were highly inter-compatible, and aligned with social altruism. Sub-clusters were identified which corresponded with the extent to which respondents considered the CSG industry to impact on their lives. This research challenges the appropriateness of predetermined stakeholder classifications being applied to environmental and natural resource management issues, and highlights values as a relevant social factor in the cooperation potential of oft-conflicting stakeholder groups.     

Land management for erosion prevention: A case study for a Turkish nature reserve

As a result of landslides and soil erosion, a substantial amount of soil has been lost in Turkey. Particularly, fertile lands have long been faced with the threat of erosion, largely as a result of traditional (unplanned) land use practices. This threat is more evident in the Black Sea Region with its rough topography and rainy climate. The basic reason for this threat is the lack of organization in land use planning and control. Although proposals, in the context of this requirement, are included in national development plans, they have not been implemented. Accordingly, in this study research based on spatial data evaluation was carried out for Sera Lake located in Akcaabat, Trabzon, Turkey. For this purpose, temporal area, depth and volume changes of the lake were determined by utilizing topographic maps, aerial photographs and hydrographical measurements. To evaluate determined changes in the size of the lake and to produce suggestions to legislators for required sustainable land management activities, information on land use/cover types, land ownership and climate in the vicinity of the lake was utilized. As a result, it was determined that the area, depth and volume of the lake were significantly decreased during the last decades, as a consequence of erosion mainly caused by traditional land use practices; thus, the lake is threatened with the danger of extinction due to erosion. Precautions required for the alleviation of erosion and other adverse environmental effects which largely seem to be caused by harsh physical properties (caused basically by topography) of the region were discussed. In support of the information inherent to the region, traditional arable land use was logically determined as the basic non-natural factor (which is directly prone to erosion) to be rearranged in the context of sustainable land management. In this context, beyond nationwide actions (national agricultural policy and Soil Protection and Land Use Law), which may provide the required land management tools in the long term, it is proposed that planning and accordingly land management activities specific to the study area (Sera Valley) should immediately be commenced in close collaboration with the related public (owners or farmers). However, behaviours of different types of land users (engaged in commercial, subsistence and semi-subsistence farming) and also high number of owners and/or farmers (caused by small pieces of land parcels owned/used in shares) make the desired collaboration almost impossible. This socio-economical problem may be solved by further developing the current land registry and cadastre system in terms of customary land use rights, land use/cover changes and updating procedures.     

Intensity and spatial pattern of urban land changes in the megacities of Southeast Asia

Knowledge about intensity and spatial pattern of urban land changes (ULCs), i.e., changes from non-built-up to built-up lands, is important to a wide range of issues, from understanding of human–environment interactions and provision of urban ecosystem services, to land use policy development for landscape and urban planning toward sustainable urbanization. In this context, this paper aims to provide better understanding of the geospatial dimensions of the urbanization and landscape changes in two megacities of Southeast Asia. Specifically, we examine and compare the intensities and spatial patterns of ULCs in Metro Manila, Philippines and Bangkok Metropolitan Region (Bangkok MR), Thailand, during the 1990–2000 and 2000–2010 periods, using remote sensing and Geographic Information System (GIS) tools and techniques. In the measurement of ULC intensity, an intensity scale is proposed to determine whether the rate of ULC during a particular time interval, i.e., 1990–2000 or 2000–2010, relative to the uniform intensity that is based on the whole time extent, i.e., 1990–2010, is very slow, slow, medium slow/fast, fast and very fast. To characterize the spatial patterns of ULCs, the concepts of the diffusion-coalescence urban growth theory were applied. The results revealed that for Metro Manila, its ULC was more intense during the 1990s (fast) than in the 2000s (slow). For Bangkok MR, it was more intense during the 2000s (medium fast) than during the 1990s (medium slow). The results also revealed that Metro Manila has been in the process of coalescence, while Bangkok MR is still largely in the process of diffusion and expansion. In this paper, we also discuss some of the possible factors influencing ULC intensity trends and spatial patterns, the advantages of the methods used for ULC analysis and some land use policy-related development plans for the two megacities.     

A Gendered Model of the Peasant Household: Time poverty and Farm Production in Rural Mozambique

Using insights from a case study on the allocation of labor in subsistence households in Mozambique, this study develops a conceptual framework for examining linkages between time poverty and farm production. An unexpected event such as a health crisis increases the demand for labor provided by women, thus making them more time poor. The model and numerical simulations show that a deterioration in a woman's time constraint will have an adverse effect on agricultural output of the household. This occurs because most women respond to an increase in household work by reducing their work hours on the farm and by reducing their leisure time. The latter outcome is expected to have a negative effect on women's physical and mental health, which will then cause a decline in their productivity on the farm.     

Mass tourism and water efficiency in the hotel industry: A case study

Mass tourism, which has traditionally been associated with an unsustainable use of natural resources and intensive land use, is frequently identified as a major environmental stressor in coastal regions. Nonetheless, mass tourism resorts typically have a compact and vertical urban configuration and have been shown to make more efficient use of water resources than other low-density tourist destinations. This article investigates how the main variables identified by the literature as determinants of water consumption by hotels influences water efficiency in hotels in Lloret de Mar, a well-known mass tourism destination on the Costa Brava in Spain. The results of a generalized linear mixed model show that large, high-rise hotels that attract thousands of tourists annually also benefit from economies of scale in terms of water efficiency.     

Implications of land use transitions on soil nitrogen in dynamic landscapes in Tanzania

Land use transitions are rated among the leading sources of greenhouse gas emissions in the tropics. They significantly challenge the functioning of ecosystems and affect multi-temporal stability of greenhouse gases such as N₂O and soil properties. Studies on dynamics in nitrogen balances are essential in understanding greenhouse gas emissions such as N₂O and to manage their impacts on productivity. In this study, multi-temporal Landsat images (1975, 1995 and 2012) were classified to determine land use transitions and potential drivers. The classified images were categorized into degraded and non-degraded lands and eighty sampling plots generated within the entire study area. Soil samples were then collected at 0–15, 15–30 and 30–60 cm depths on each plot and soil nitrogen determined. A regression analysis was developed to determine the influence of forest and grassland degradation on soil nitrogen. Results indicated a significant change in major land use and land cover types. Specifically, there was a decrease in areas covered by forests, woodland and grassland, however, area covered by less dense forest increased. Results also indicated variability in mean nitrogen content between degraded and non-degraded areas and depths. Furthermore, levels of degradation influence nitrogen content up to a soil depth of 30 cm. The present study is relevant in the detailed assessment of the extent of damage and threats posed to biodiversity hotspots in sub-Saharan Africa. These results are transferable to other parts of the world characterized by dynamic ecological transformation.     

Is the rhino worth saving? A sustainable tourism perspective

Southern African countries are increasingly dependent on natural beauty and wildlife for tourism. Conservation is essential for sustainable tourism, and is expensive, especially for threatened and endangered species. The current price of a species only takes into account its current usefulness, often leading to an underestimation of the value of wildlife. This paper contributes to debates on the value of endangered species by estimating current use and non-use values for the rhino, a species under extreme threat. Internationally, literature that values scarce and endangered species uses willingness-to-pay (WTP) to derive a value of the species. This paper uses WTP to determine the non-consumptive use value of the rhino based on three surveys, n = 1291, conducted in South Africa's Kruger National Park (KNP) and compare it to consumptive use values. Non-use and inter-temporal values are also estimated to provide a comprehensive valuation of the rhino. Non-consumptive use values per rhino in KNP are shown to exceed consumptive use values by a minimum of 50%. The threat of extinction is shown to be linked to institutional, market and policy failures. Policy implications include raising poaching fines, raising wildlife value awareness and incentivising the community benefits of wildlife conservation.     

工业用水量测算方法及应用

工业用水总量测算是我国实行最严格水资源管理制度的一项重要工作。为了利用现有水利统计成果对工业用水总量进行测算,文章选取了基于历史数据的预测方法和计量结合抽样的统计方法测算工业用水量,提出了"以计量结合抽样法为主,趋势外推法进行对比校核"的工业用水量测算方法。结果表明:对10万m~3以上规模的工业采用全样本计量,对规模以下的工业按一定比例进行抽样计量,测算值的相对误差可控制在10%左右。对于技术和统计投入受限的省份,可利用2011年水利普查数据和其他历史数据,适当采用趋势外推法对原有数据进行修正。     

互联网使用、金融素养与金融决策*——基于2013—2017年中国家庭金融调查的研究

基于中国家庭金融调查2013—2017年面板数据，本文研究了互联网使用对我国家庭金融素养和金融决策的影响。本文借助2013年“宽带中国”战略实施带来的政策冲击构建工具变量，采用面板工具变量模型识别互联网使用的因果效应。研究发现，互联网使用促进了家庭对正规金融产品的投资，金融素养在二者之间发挥了显著的中介效应。互联网使用还有助于缩小我国城乡家庭在金融素养和金融决策方面的差距。本文为改善我国家庭金融素养和金融决策提供了启示。     

The effectiveness of home energy audits: A case study of Jackson,Wyoming

This study examines the factors that influence households to adopt modifications recommended by home energy audits and whether these audits lead to significant reductions in electricity use. Household decisions after the audits are recorded along with the corresponding recommended modifications and the offers for co-funding. A discrete choice model of the household decision after the audit is estimated. The results indicate that the potential improvement in heating efficiency from the proposed modifications increase the probability of implementing conservation measures. Co-funding offers also significantly raise the odds of accepting the modifications but are relatively less important than anticipated efficiency improvements. Several approaches are used to determine whether and how much energy is saved after the audits. Electricity demand models are estimated using data two years before and after each household audit. For households who decide to modify their houses after the audit, monthly average electricity use per square foot decreases 7%. While there is an estimated 2% reduction in electricity use attributed to the audit by households who decided not to adopt the proposed modifications, this reduction is not statistically significant, casting doubt on the presence of modifications in behavior from the audit information itself. For all households audited, the results from the electricity demand models suggest that the LVE home energy audit program reduced household electricity use 4.7%. In contrast, a differences-in-differences approach using synthetic control groups based upon a smaller but still sizeable sample of 2000 observations finds that home energy audits reduce household electricity use by more than 10%. Overall, these findings suggest that home audits result in modest but significant reductions in energy use and that co-funding encourages investments that otherwise may not be privately optimal.