The purpose of this study is to define regional opportunities foragricultural expansion and enhancement through water managementimprovements designed to relieve water constraints toagricultural development. The study was conducted in two phases. Phase 1 consisted of a major compilation of water constraintliterature of interst to the study. Phase 2 involved thecompilation of a regional inventory of water constraints andspecific water management opportunities.
Brett McGillivray focuses first on the combination of physical processes that produced a spectacular variety of mountains, rivers, lakes, islands, fjords, forests, and minerals, explaining the forces that created the province and the natural hazards that can reshape it. A concise examination of B.C. historical geography follows, covering First Nations ways of life, colonization, Asian immigration, and the sad history of institutionalized racism. The second half of the book contains a detailed description of the economic geography of the province, with chapters on forestry, the salmon fishery, metal mining, energy supply and demand, agriculture, water, and the tourism industry. It addresses the present-day issues of urbanization, economic development, and resource management, providing a thorough background to these topics and suggesting what the future might hold. This up-to-date and comprehensive exploration of the rich historical geography and development of British Columbia will be welcomed by teachers, students, scholars, and everyone with an interest in the province.
The vast temperate rainforests of coastal British Columbia are world renowned, but much less is known about the other rainforest located 500 kilometres inland along the western slopes of the interior mountains. The unique integration of continentality and humidity in this region favours the development of lush rainforest communities that incorporate both coastal and boreal elements. In British Columbia's Inland Rainforest, scientists bring together, for the first time, a broad spectrum of information about this distinctive ecosystem. They also consider the ecological consequences of human activities in the rainforest and present strategies for its management and conservation.
Sustaining ecosystems to deliver what people need and value, while mitigating and adapting to global climate change and extreme event impacts, presents a complex set of environmental, economic, and social challenges in ensuring resilient and sustainable food production. The Climate Smart Landscape (CSL) approach has emerged as an integrated management strategy to address the increasing pressures on agricultural production, ecosystem conservation, rural livelihoods, climate change mitigation and adaptation. Deploying cheaper, more accurate, and efficient technology enables the harnessing of big data for use in solving sustainability challenges. With improved integrated analytical frameworks, statistical approaches, spatially- explicit models and indices, the CSL approach can be further developed and applied for more resilient, productive, and sustainable ecosystems. This eBook brings together original research, review, hypothesis, theory, and technology report articles, involving 87 authors from 9 countries across Asia, Europe, and North America. These articles present new methodological and technological innovation, findings, and insights across four themes: (1) landscape productivity and crop suitability, (2) variable crop requirements for water and nutrients, (3) crop health status, phenology, and phenotyping, and (4) crop disease assessment and prediction under integrated pest management (IPM).
A geographical encyclopedia of world place names contains alphabetized entries with detailed statistics on location, name pronunciation, topography, history, and economic and cultural points of interest.
