| Description |
1 online resource (212 pages) |
| Contents |
Cover; Half Title; Title Page; Copyright Page; Table of contents; Foreword; Preface; Editorial Board; Part A. Mapping and characterization of wetlands; Open digital mapping for accurate assessment of tropical peatlands; Wetlands in Brazil; Peat and peatland mapping in Australia; Digital soil mapping for northern peatlands: Examples of mapping peats and their characteristics in Scotland; Refining estimates of peat distribution, thickness and carbon stocks of Congolese peatlands: A brief review of knowledge gaps and research needs |
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Mapping acid sulfate soil hydrogeomorphical unit on the peatland landscape using a hybrid remote sensing approachApplication of ALOS PALSAR for mapping swampland in South Kalimantan; Part B. Wetlands use and management: Global perspectives; Wetland development for agriculture in Indonesia 1935 to 2013: Historical perspectives and lessons learned; Managing wetlands in Vietnam: Current practices and future challenges; Managing acid sulfate soil in Thailand: Current practices and future needs |
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Management package of Tri-Kelola plus for increasing production and productivity in wetland development for agriculturePeatland management for oil palm in Indonesia; Part C. Water management; Water management in tidal swamps farming: From indigenous knowledge to improved technology; Water management methods affected the growth and yield of several rice varieties in a tidal swampland in Jambi; Peat hydrological unit needs to be conserved to support food crop production in Mendol Island, Riau, Indonesia; Part D. Peatland management; Dissolved organic carbon in tidal and fresh water peatlands |
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Soil amelioration on peat and its effect on methane (CH4) emission and rice yieldFresh water peatland in the Riau province, Sumatra; Characteristics of peat soils and management implication for agricultural development in Asahan regency, North Sumatra; Part E. Tidal land management; Water plant and iron oxidizing bacteria for phytoremediation of water waste with passive treatment in acid sulphate soil; Management optimization technology of acid sulphate tidal swampland for improving farmers income (case study of Sidomulyo Village Tamban Catur District Kapuas Sub-district) |
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Decreasing pyrite content and acidity on potential acid sulphate soil of South Kalimantan by leaching-oxidationRelationship between soil Fe concentration and agronomic traits of rice in acid sulfate soils; The efficacy of using climate data for developing food crops in wetlands: A case study from Kalimantan Island; Identification and characterization of chilli and shallot developement regions based on soil, climate, and water resources in Tapin District, South Kalimantan; Potential of land resources for agriculture in Asmat region, Papua Province, Indonesia; Author index |
| Notes |
Print version record |
| Form |
Electronic book
|
| Author |
Poggio, Laura
|
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Minasny, Budiman
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Nursyamsi, Dedi
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Osaki, Mitsuru
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| ISBN |
9780429555015 |
|
0429555016 |
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