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New York is the third top wine producing state in America. Competitive wine production across the United States has challenged New York winemakers to secure a place in the domestic market in order to support the long-term viability of the local economy. As businesses of agriculture become increasingly disrupted by the changing natural environment and consumer demand for sustainable products grows, vintners may distinguish themselves through the production and promotion of strategic initiatives on wine bottle labels.

Fueled by the distinct fields of green marketing and environmental communication, this research investigates the promotion of sustainable practices on wine bottle labels. Through the methodology of content analysis, this project examines all 13 wineries on the Shawangunk Wine Trail located in the Hudson River Region of New York.

The findings from this study show that less than half of wineries in the sample selection employ environmental marketing as a communication strategy.

This research carries practical, business and social implications for the local Hudson River Region, the larger New York wine industry, and any organization looking to remain viable in a competitive marketplace.

This paper reveals the potential for the Hudson River Region wine industry to promote its “distinctive” and “innovative” environmental philosophy of “terroir driven and sustainably produced” winemaking on wine bottle labels to differentiate themselves in a crowded and expanding marketplace and build a Basis of Legitimacy with consumers.

Climate change is expected to alter the major components of hydrological regime such as streamflow and water availability. The magnitude and their impacts are still uncertain. Therefore, it is highly required to study streamflow and flood vulnerability in tropical river basins particularly urbanised basin such as Langat River Basin. This study aims to model the future streamflow of Langat River Basin due to climate change using Rainfall-Runoff Inundation (RRI) model. Daily rainfall data obtained from Department of Irrigation and Drainage Malaysia and topographic data from HydroSHEDS at 15-second resolution were used. The projected future rainfall (2075–2099) is extracted from MRI-AGCM3.2s under the worst carbon emission scenario, RCP8.5. The annual maximum series of 1-day rainfall is selected for statistical bias correction using Quantile Mapping. The General Circulation Model data were found to be greatly corrected with reasonable Nash–Sutcliffe efficiency, Percent bias and Root Mean Square Error values. The mean of maximum 1-day future rainfall in Langat River Basin is found to be inconsistent where parts of the upstream will experience an increment at about 7% while other parts decrease at 8%. Meanwhile, the rainfall at downstream area are expected to decrease at 40%. Based on RRI simulation, the future streamflow can achieve up to 92% increment.

In this chapter we will look at some of the consequences of a sequence of nuclear disasters that occurred in the Southern Ural region of Russia beginning in the 1940s. Drawing upon the historical record, we document the steady increase in radiological contamination that resulted from a combination of accidents and a nuclear naivete that took nearly 60 years to outgrow. We will then analyze the dynamics of response to this contamination and health catastrophe. We will look at the population's reaction over the years, as well as the government's policy, or lack thereof, toward containing pollution, improving safety management, and protecting the health and environmental rights of the region's citizens. We will also compare the coping mechanisms of two different Russian cultures – that under the Soviet regime and that after perestroika – as a young democracy. Finally, we will examine the effects of social movements and community action, issues of community conflict, and the phenomenon of ecodisaster tourism.¹

The purpose of this paper is to provide a case study of a global challenge: the relationship between commercial development and the protection of eco-fragile systems particularly where river water is involved. It reviews and critiques the legal and political processes that underpinned the Commonwealth Games (CWG) 2010 in Delhi and the building of the accommodation Village on the floodplain of the river Yamuna.

The paper covers the controversial modern history of the Yamuna river that runs through Delhi. The river is “dead” and has been subject to litigation concerning its usage and that of its flood plain. In particular, the controversy peaked prior to the CWG 2010 in Delhi and the required buildings associated with the games. The paper traces the history of the legal actions and the inter-related involvement of the various actors being the politicians, construction developers, the river bank dwellers and the local environmentalists. Close analysis is made of the statutory administrative procedures required for environmental clearance, the subsequent case law both in the High Court of Delhi and the Supreme Court of India. Additionally, usage is made of the media and its concerns over corrupt and negligent practices.

The Indian judiciary in their willingness to promote the construction of the Village failed to apply its own environmental jurisprudence. There was a failure to “lift the veil” and review flawed administrative practices that violated governing statutes. National pride, time pressures, political support, economic interests and rapid urbanisation created a pressure that the courts could not challenge. It was left to investigative committees, after the Games had concluded, to expose these wrongdoings.

The paper highlights the issue of the relationship of the courts and political and economic interests and how legally protected ecological interests are ignored.

In recent years, cooperation between the public and the private sectors has been emphasized in the field of river basin management, which includes flood control, water use, and river environmental conservation. During the 3rd World Water Forum held in 2003 in Kyoto, Osaka, and Shiga, Japan, participants from various countries had reported participatory approaches and joint initiatives between public and private sectors in river basin management. Through this forum, it is shown that this theme has been receiving attention in different parts of the world.

The purpose of this paper is to evaluate the potential impact of human-induced intervention on hydrological regimes of Gomti river, one of the important tributaries of the Ganga Alluvial Plain in India aiming at an overall assessment of the status quo.

The research methodology includes following four components: study of basin morphology, sub-surface geology and sediments profile of Gomti river; a comparison of LANDSAT satellite data of 1978 and IRS-1C/LISS-III satellite data of 2008 to study the changes occurring in the built-up area, forest and water bodies of the basin; study of flow patterns in different stretches of river Gomti from 1978 to 2012; and water quality assessment at different sites from origin of the river to its confluence in the Ganges.

The paper shows that over the years, the water source in the tributaries feeding the river Gomti has shrunk, reducing the flow in the river. A steady increase in developed land area due to rapid urban sprawl has occurred in recent decades, due to which forest cover and wetlands are decreasing, the river and floodplains are getting fragmented, the hydromorphology changed considerably and several tributaries are getting dried as a result of indiscriminate exploitation of groundwater. There is no flow in the initial 57 km stretch of the river with wide encroachment in active floodplains. Groundwater over-extraction to meet the demands of increasing population and intensive agriculture has led to reduction in base-flows and in some reaches even negative. Extensive land-use changes in the Gomti river basin (GRB) severely impact the river and floodplain connectivity, the impacts are already evident as several tributaries are getting dried during the non-monsoon months.

The information provided by the paper for GRB is significant for the understanding of the basin and to formulate integrated management and development plan of the basin. Significant changes have taken place in the GRB over the recent past and are still continuing. Because of the chosen river basin and the site-specific research approach, the research results may lack generalization. However, it provides a general framework of analysis which could be applied to other regions.

River channels with their floodplains and adjoining ecosystems have to be addressed as interconnected ecological entity in a holistic way. This requires comprehensive observations of the river systems and catchment characteristics using long-term data. The paper could be used as the starting point in the development of management and development strategies for the basin.

River and its floodplain offer multiple ecosystem services and deserve an integrated approach for their conservation and restoration. Conservation and protection of ecologically intact river-floodplain systems is extremely important and urgently needs integrated planning and management. This paper has adopted a integrated approach to study the integrity of river ecosystems and the potential pressures on them.