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The Ministry of Environment and Forest, Government of India, set up the Western Ghats Ecology Expert Panel (WGEEP) in March 2010 to provide guidelines for improved management within the Western Ghats biodiversity hotspot. The WGEEP's Mandate was to identify ecologically sensitive areas (ESAs). The Panel submitted their report in 2011 but it remained unimplemented. It was not clear whether the delay was due to the unwillingness of civil society to accept ambitious environment management plans, or whether the report had shortcomings. The paper aims to discuss these issues.

The authors undertook a critique of the WGEEP report and its Mandate, to evaluate key issues that could have prevented its implementation.

The analysis indicated that the WGEEP Mandate was ill-defined and the WGEEP report identified ESAs without providing a working definition. The absence of critical review of earlier environment management failures, the delayed dialogue with civil society, the absence of legislative foundation upon which such a management plan could be implemented, and the vague definition of ESAs were possibly the reasons for the unease among various stakeholders.

The paper stresses that in order for large-scale biodiversity management projects to succeed, it is important that first, the civil society understands the project's objective before its initiation, second stakeholders are formally involved alongside ecological experts and third, that methods are critically reviewed. The lack of acceptance of the report cannot be dismissed only as a rejection of enlightened practices.

Development project implementation involving ecological and social externalities is an iterative process due to dynamic challenges emerging from the need to reconcile multiple, and often conflicting, interests of stakeholders. Stakeholder interactions result in learnings for project developers as well as policy makers. This paper aims to track corporate-civil society organizations-state interactions and learnings in case of a port development project in an eco-sensitive and socially challenging region of India.

The authors try to unpack the interactions among various stakeholders in the case of development of Dhamra Port being developed by the Dhamra Port Company Ltd, in the state of Orissa, India.

The authors find that sustainable development policy formulation and implementation is an evolutionary process involving plugging of governance gaps at each successive stage with civil society actors playing an active role.

The study is based on single case of a major port development in India.

The paper highlights that development in emerging economies through large projects is unavoidable. The development-sustainability dilemma cannot be overlooked any further; rather, it needs to be resolved with complete participation of all involved stakeholders.

The paper provides account of long and complex interactions among various players involved in developmental project in an emerging economy. The learnings from the paper will be relevant for policymakers, corporate executives and civil society activists.

Reto Rupf‐Haller presented the case of the environmental planning process adopted by the St‐Moritz region (Suisse) for the organisation of the FIS Alpine World Skiing Championships in 2003. The race slopes of the championships are situated in an ecologically sensitive area above the forest‐line.

This chapter contributes to efforts to improve the accuracy of estimating damages resulting from climate change. It examines potential hydrological impacts on California, and how the state might adapt. For a doubled-CO2 scenario, general circulation models coupled with California hydrological data predict increased winter precipitation and dryer summers, elevated snowlines with correspondingly reduced snowpack, shifts in seasonal peak runoff patterns, increased numbers and intensity of extreme weather events, increased evapotranspiration, and declining soil moisture. Adaptations by water managers could include de-emphasizing the role multi-purpose reservoirs play in flood control in order to enhance their water-storage capabilities, making firm long-term commitments to provide water to wetlands and other ecologically-sensitive areas, and increasing the management flexibility available to local water agencies through intraregional contracting and mergers. In its conclusion, the chapter notes that while the water sector is accustomed to adapting to climatic variation, adaptations may not be consistent with an integrated assessment model's least-cost path. A region's gain or loss of overall water supplies should be evaluated in the context of its ongoing reallocation of water among competing uses. And in order to capture an appropriate level of detail, the scale of impact studies needs to be reduced to the national or sub-national level.

Purpose – The purpose is to show that the influx of new seasonal and year-round residents to the small towns located in and around protected areas has numerous implications for governance associated with land management and regional planning including reconciling the competing values of wilderness (amenity vs. livelihood, motorized vs. non-motorized recreation, active vs. passive land management).

Methodology/approach – We use case studies from the Adirondack Park in Northern New York State and the Greater Yellowstone Ecosystem in the western United States to demonstrate the land management and governance challenges facing local communities in and around internationally renowned, protected areas.

Findings – We highlight how these transforming communities meet diverse needs and competing interests and how partnering with a non-governmental organization benefits local governance issues.

Originality/value of chapter – The paper presents research from the United States, which theoretically and empirically contributes to the scientific discourse on exurbanization, protected areas, and governance.

The purpose of this paper is to present a case study of how ecological considerations can be integrated into campus strategic and statutory spatial planning. A process of developing ecological objectives and guidelines for inclusion in campus strategic and statutory spatial plans is presented.

This case study introduces a three-phase ecological assessment process developed and applied to the Technion – IIT campus. Ecological considerations are reviewed in multiple campus strategic and spatial plans (primarily in North America and Europe) and in institutional sustainability guidelines; biodiversity and ecosystem service surveys of the campus are conducted and considered with regard to planning; university administrative structures that enable the implementation of ecological planning guidelines are also assessed.

Ecological considerations (biodiversity conservation, habitat preservation and ecosystem integrity) play a relatively minor role in sustainability planning on university campuses. The concepts of connectivity and compactness are applied broadly, but generally refer to social and educational considerations. Physical planning provides an opportunity for integrating ecological priorities into the university’s mission.

Some of the insights may not be generalizable, so it is crucial to continue accumulating similar studies. It is crucial, too, to conduct follow-up research, reporting on the ecological outcomes of plan implementation.

Ecological stewardship is commensurate with the sustainability commitments of universities. Considering their spatial extent and diverse locations, universities can assume an important role in ecological conservation.

Relatively little attention has been given to ecological considerations (biodiversity, ecological integrity and ecosystem services) in campus plans and sustainability documents. This paper suggests how universities can move towards fulfilling a role as ecological stewards through strategic and spatial planning.

Electrokinetics (EK) is an emerging remediation technology for the in situ removal of heavy metals, volatile organic compounds, and radionuclides from soils and sediments. Naval Air Weapons Station Point Mugu, California will host an EK technology demonstration. The demonstration will consist of installing and operating an EK system, which is engineered to remove cadmium and chromium from former electroplating waste lagoons. The selected site is adjacent to and encroaches on an environmentally sensitive salt marsh are for a federally protected wildlife. The electrokinetic process will be used to mobilize and extract heavy metals from the metals‐contaminated soil by applying a low amperage direct current across an array of electrodes placed in the contaminated soil. The demonstration will focus on the effectiveness of the EK process for removing heavy metals from the tidal marsh area. The EK demonstration will be used to collect cost‐effective data necessary to address both the technical and economic feasibility of using this technology in areas where soils are porous, water is brackish, and the system is susceptible to tidal influences.

As population grows, industries blossom and demand for space increases, cities become the centre point for myriads of challenges for urban administrators. This chapter investigated challenges of urban development, land use changes and environmental impacts resulting from pressure on urban land. The study was primarily qualitative in nature and adopted a case study approach. The city of Ndola was selected for this purpose. Four institutions, namely, Zambia Environmental Management Agency (ZEMA), Water Resources Management Agency (WARMA), Kafubu Water and Sewerage Company (KWSC) and Ndola City Council (NCC), were used for data collection. At each institution, one official was purposively selected by management based on their knowledge and experience on the subject. The primary data were collected mainly through semi-structured questionnaires in face-to-face interviews. The chapter concludes that pressure for development land has resulted in increased demand for change of use, allocation and construction in environmentally vulnerable areas such as the Kafubu and Itawa River basins and their tributaries. This has further resulted in serious threats to the environment due to pollution of water sources from domestic and industrial waste. The chapter though argues that tools for overcoming these challenges are already provided for in the legislation, it is the implementation and effective coordination among agencies charged with planning, land allocation, water distribution and protection of the environment, such as ZEMA, WARMA, KWSC and NCC, which is lacking. Considering the foregoing, it is recommended that land and water administrative systems should be improved through among other things, effective consultation between various agencies involved in environmental management, zero tolerance to illegal land allocation and effective implementation of statutes.