The Environment in Asia Pacific HarboursEric Wolanski Springer Science & Business Media, 18 янв. 2006 г. - Всего страниц: 498 In the USA, Asia and Europe, as well as worldwide, trade is growing rapidly and much of it depends on shipping. This is leading to the development of mega-cities and mega-harbours. The marine environment is degrading. Is increasing trade ecologically sustainable? This book addresses this question through harbours in the Asia Pacific region, including Tokyo Bay, the Pearl Estuary, Hong Kong, Shanghai, Ho Chi Minh City, Manila Bay, Jakarta Bay, Bangkok, Singapore, Klang, Pearl Harbour, and Darwin. Much of the world trade goes through these harbours. This book demonstrates, through the writing of eminent scientists in each of these countries, the oceanography and ecosystem science necessary to understand how these urbanised marine ecosystems function. It offers science-based solutions to achieve ecologically sustainable development. These lessons are important not only for the Asia Pacific Region, including Australia, but also worldwide. The book is a wake-up call that all the countries in the Asia Pacific are facing the same, serious socio-economic and environmental problems with varying scales. Each of these countries addresses these issues differently. This book shows that we have much to learn from each other to ensure that development does not need to be at the cost of the environment. I commend this book for its comprehensive coverage of the links between oceanography, ecosystem processes, and socio-economic issues. |
Содержание
| 1 | |
| 15 | |
| 35 | |
| 47 | |
| 67 | |
| 79 | |
Impact of human activities on the health of ecosystems in the Changjiang Delta region | 93 |
Geographical and economical setting of the Pearl River estuary | 113 |
Environmental issues in the Gulf of Thailand | 249 |
The environment in Ho Chi Minh City harbours | 261 |
Biophysical environment of Manila Bay then and now | 293 |
Manila Bay environmental challenges and opportunities | 309 |
Carbon flux through bacteria in a eutrophic tropical environment Port Klang waters | 329 |
Phytoplankton structure in the tropical port waters of Singapore | 345 |
Marine habitats in one of the worlds busiest harbours | 373 |
The physical oceanography of Singapore coastal waters and its implications for oil spills | 389 |
Physical processes and sediment dynamics in the Pearl River | 127 |
Water quality and phytoplankton blooms in the Pearl River estuary | 139 |
Pollution studies on mangroves in Hong Kong and mainland China | 147 |
Field and model studies of water quality in Hong Kong | 165 |
Eutrophication dynamics in Hong Kong coastal waters physical and biological interactions | 187 |
Marine communities and introduced species in Pearl Harbor Oahu Hawaii | 207 |
Physical environment in the Gulf of Thailand with emphasis on three important ports | 229 |
Managing the port of Jakarta Bay overcoming the legacy of 400 years of adhoc development | 409 |
Darwin Harbour water quality and ecosystem structure in a tropical harbour in the early stages of urban development | 427 |
Hydrodynamics of Darwin Harbour | 455 |
An estuarine ecohydrology model of Darwin Harbour Australia | 471 |
Is harbour development ecologically sustainable? | 483 |
Index | 489 |
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Часто встречающиеся слова и выражения
algal blooms average bacterial biomass catchment Changjiang Estuary channel China Sea chlorophyll coastal waters concentrations coral currents cyclone Darwin Harbour decreased delta depth dinoflagellate dredging dry season East ecological ecosystem environment environmental estuarine circulation eutrophication Figure fish fisheries flow forest Gulf of Thailand habitats HCMC heavy metals Hong Kong Hong Kong waters hydrodynamic impacts increase industrial Island Jakarta Bay Johor Strait km² larvae layer load located mangrove Manila Bay marine monsoon nitrogen nutrient Ocean oil spills organic oxygen Pearl Harbor Pearl River Estuary phytoplankton plankton pollution population Port range reclamation red tide reefs region Research river discharge salinity Science sediment sewage Shenzhen shrimp Singapore Strait species surface temperature Tokyo Bay transport turbidity velocity vertical Victoria Harbour wastewater water column water quality water quality model wet season wetlands wind Wolanski Zhang zone
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