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Reclamation leads to loss of soil organic carbon and molecular . . . Both peat and non-peat wetland reclamation resulted in organic carbon loss, and carbon loss from peat wetland reclamation was more severe (p < 0 01) Compared to those in natural wetlands, the relative proportions of both aliphatic and alkyl compounds decreased, and the relative proportions of nitrogenous compounds increased in paddy field soils
Land reclamation and artificial islands: Walking the tightrope between . . . Land reclamation in Penang began in the early 1800s (City Council of Georgetown, 1966) during the British administration but recent large-scale coastal development projects have contributed to the alteration of the coastline of Penang to make way for transportation and infrastructure (City Council of Georgetown, 1966, Khoo and Wade, 2003)
Coastal reclamation alters soil organic carbon dynamics: A Coastal reclamation had been becoming an important way for promoting the development and use of China’s coastal resources before 2018 Agricultural reclamation has always been the main form of China’s coastal development, including reclamation for agriculture and marine aquaculture aims (Tian et al , 2016)
Land Reclamation - an overview | ScienceDirect Topics Land reclamation for development activities (infrastructure, industrial, recreation, and tourism) often results an adverse impact on mudflats, mangroves, and fish stocks in WCPM Land reclamation off Prai in Penang and Kuala Juru for industrial purposes has threatened cockle farming because of high levels of heavy metals and sedimentation
Spatial-temporal impacts of landscape metrics and uses of land . . . Reclamation is a traditional activity that creates land resources from the ocean Over the past few decades and along with fast urbanisation, land reclamation has been applied as a common and important approach by coastal cities in many countries to supply land for urbanisation and development (Wang et al , 2014), such as those reported in China (Shi et al , 2022), Netherlands (Hoeksema, 2007
Improving mine reclamation efficiency for farmland sustainable use . . . The results show that: (1) the waterlogging area increases yearly with coal mining, reaching 1049 hm 2 in 2020; (2) compared with the traditional reclamation (TR) rate of 32%, the reclamation rate of CMR could be increased to 65%; (3) the best mining scheme for CMR was up-warding skip mining with a reclamation duration of three years in this
Transitions and suggestions for Chinas coastal port reclamation . . . The reclamation activities in those ports produced obvious changes in the coastline between 1986 and 2020, as shown in Fig 5 The reclamation areas of Caofeidian and Tianjin Gangwei are relatively large, which has induced the phenomenon of transporting mud from elsewhere to Caofeidian to meet the reclamation requirements
Change of sea reclamation and the sea-use management policy system in . . . Reclamation area varied both in marine economic circles and in provinces (Fig 5, Fig 6) The reclamation area in the Northern Marine Economic Circle accounts for 42% of the total reclamation area, with Hebei and Tianjin each reclaiming over 10% of the total and Liaoning and Shandong each reclaiming 9% of the total
Impacts of coastal reclamation on wetlands: Loss, resilience, and . . . Reclamation projects include construction of seawalls and filling or destruction of salt marshes and tidal flats to support economic development Coastal reclamation causes a number of ecosystem changes, including preventing waves from running up the beach, thereby changing the natural coastal currents and sediment supply to wetlands