Tourism and integrated development: a geographic perspective

This article discusses the influence of tourism on integrated development from spatial and temporal points of view. The growth of tourism as an activity has been acknowledged from all parts of the world and it appears the tourism sector is making a lot of contribution to economic development of countries that have developed their tourism potentials. Many empirical studies have come up with evidence that suggests that there exists a relationship between tourism demand and other variables such as transportation and spatial behaviour of tourists. Due to the infancy of tourism as a development strategy in the developing countries only little work has been done to address theoretical underpinnings of tourism and integrated development within the geographic framework. The importance of spatial integration makes geography an integral aspect of development that may be of invaluable relevance to the understanding of tourism growth. Arguments in this paper are marshalled on three levels: the geographers’ view of integrated development; tourism and economic development; and geographic question in tourism and integrated development. It is believed that with the integrated development of tourism at all geographic scales, spatial inequity would be drastically reduced

The Ecology and Sociology of the Mission-Aransas Estuary : An Estuarine and Watershed Profile

watershed profileThe Mission-Aransas National Estuarine Research Reserve (NERR) is one of 28 national estuarine reserves created to promote the responsible use and management of the nation's estuaries through a program combining scientific research, education, and stewardship. The purpose of this document is to provide researchers and resource managers with an adequate basis of knowledge to further development of scientific studies and applied management investigations. This document describes the different physical ecosystem components, ecological processes, habitats, and watersheds of the Reserve. The Mission-Aransas NERR is a complex of wetland, terrestrial, and marine environments. The land is primarily coastal prairie with unique oak motte habitats. The wetlands include riparian habitat, and freshwater and salt water marshes. Within the water areas, the bays are large, open, and include extensive wind tidal flats, seagrass meadows, mangroves, and oyster reefs. This site profile describes each habitat by their location, type, distribution, abundance, current status and trends, issues of concerns, and future research plans. Research within the Mission-Aransas NERR seeks to improve the understanding of the Texas coastal zone ecosystems structure and function. Current research includes: nutrient loading and transformation, estimates of community metabolism, water quality monitoring, freshwater inflow, climate change and fishery habitat. Harmful algal blooms, zooplankton, coliform bacteria, submerged aquatic vegetation, and marsh grass are monitored through the System- Wide Monitoring Program (SWMP). This document also describes the climate, hydrography and oceanography, geology, water quality, and endangered species within the Mission-AransasUniversity of Texas Marine Science InstituteMarine Scienc

The Einstein Toolkit: A Community Computational Infrastructure for Relativistic Astrophysics

We describe the Einstein Toolkit, a community-driven, freely accessible computational infrastructure intended for use in numerical relativity, relativistic astrophysics, and other applications. The Toolkit, developed by a collaboration involving researchers from multiple institutions around the world, combines a core set of components needed to simulate astrophysical objects such as black holes, compact objects, and collapsing stars, as well as a full suite of analysis tools. The Einstein Toolkit is currently based on the Cactus Framework for high-performance computing and the Carpet adaptive mesh refinement driver. It implements spacetime evolution via the BSSN evolution system and general-relativistic hydrodynamics in a finite-volume discretization. The toolkit is under continuous development and contains many new code components that have been publicly released for the first time and are described in this article. We discuss the motivation behind the release of the toolkit, the philosophy underlying its development, and the goals of the project. A summary of the implemented numerical techniques is included, as are results of numerical test covering a variety of sample astrophysical problems.Comment: 62 pages, 20 figure

MS Environmental Biology Capstone Project

1. Causes of Regional Biodiversity Loss: The Case of Alpine Aquatic Macroinvertebrates 2. The Effects of Receding Glaciers on Alpine Aquatic Macroinvertebrate Diversity in Glacier National Park 3. Evaluation of Distance Sampling as a Tool for Monitoring Populations of Rare Plants (Cactaceae: Sclerocactus glaucus) 4. Protecting the Mojave Desert Tortoise and Relieving Anticipated Congestion Using an Existing Route in St. George, Uta

Employing biomimicry in urban metamorphosis seeking for sustainability: case studies

Objective: The current study has aimed to develop the framework of biomimicry involvement in urban metamorphosis for sustainability. This research has engaged four objectives to achieve the aim. Objective one is to explore the rudiment interaction between human and nature through interrogating history, nature’s design. Objective two is to excavate the biomimicry in emulating nature’s genius. Objective three is to investigate the association between biomimicry and sustainable development, focusing on architectural features. Objective four is to develop the framework based on the biomimicry rules for human evolution and survival in the natural environment. Methodology: To achieve objective one, the grounded theory method was applied for scrutinizing human development and human awareness about their natural environment. To achieve objective two, an evidence study was conducted on the biomimicry emulation of nature’s genius. To achieve objective three, a critical literature review was conducted using content analysis method to identify the biomimicry focus and architectural features. Through matrix development method, the focus and architectural features were tabulated. To achieve objective four, the waterfall framework design method and case studies were conducted to plot this framework. Conclusions: This research gained a better understanding of biomimicry-based on theories of the evolution of organisms, including humans in the urban context, as measurement against sustainable benchmarks. It followed the paths of ecological researcher and urban philosophers, such as Freya Mathews and Moore, by re-versioned the human relationship with nature and the surrounding environment and observing human actions and development about life principles. In particular, the research found out that biomimicry is an approach that recently becomes the focus of many researchers of different disciplines seeking a solution for human problems.The biomimicry has been merged with sustainable architecture design through specific features; included, form and function, geometry, metaphor, movement, material, pattern, proportion, sustainability, and technology. Furthermore, biomimicry is an approach that involves nature as a model, mentor, and measure for inspiration, which converges law, principles, and strategies in the context of biomimicry-based on human evolution. Originality: The findings allowed architects and urban designers to enhance people’s awareness of their natural environment and provide a better perception of biomimicry in the application of human world, whether founded because of base instinct or a strategic view derived from the life’s principle

How Can a Non-Personal Interpretive Guide Increase Place Attachment for Visitors, Encourage the Appropriate Development of Sustainable Community-Based Ecotourism, and Increase Knowledge of the Desert and Coastal Ecosystems and Migratory Whales of Baja Mexico?

Small ecotour companies run whale-watching tours in remote, protected lagoons of Baja California Sur every winter, as gray whales migrate there to mate and give birth to their young. Often, tourists must drive for hours each way to reach the lagoons for their tour. When tourists get to the small villages that are the base camp for whale watching, their only guides are the boat captains, who do not normally speak English (the main language of tourists in the area). A non-personal interpretive guide would bridge the gap of information, so that tourists learn about the ecology, history, and culture of the area, as they drive to and from the lagoon. Learning more about the area with engaging and interactive interpretation is proven to increase the likelihood that visitors have a positive experience, become more connected to the place, and increase the likelihood that they might make conservation-based changes in their own lives. Using the plan, ecotour companies and village boat captains can learn more about community-based ecotourism that encourages sustainable growth for their community and the environment around them. This capstone project examines: How can a non-personal interpretive guide increase place attachment for visitors, encourage the appropriate development of sustainable community-based ecotourism, and increase knowledge of the desert and coastal ecosystems and migratory whales of Baja Mexico? Existing research on interpretation, culturally sustaining ecotourism, place attachment, and learning theories are the basis for the plan. A focus group was used to determine how to include information in the guide. Revisions to the original plan and guide will be made after the first season of use, and if successful, the plan and the guide can be modified as needed and used by other communities and ecotour companies in the future