Titlebook: Ecology, Conservation, and Restoration of Chilika Lagoon, India; C. Max Finlayson,Gurdeep Rastogi,Ajit K. Pattnaik Book 2020 Springer Natu

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Survey, Characterization, Ecology, and Management of Macrophytes in Chilika Lagoon, a wetland ecosystem. Chilika lagoon had been in a degraded condition and was included in the Montreux record in 1993 by Ramsar Convention, due to the change in its ecological characters. The restoration intervention by Chilika Development Authority resulted in the enhancement of fishery resources,

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Book 2020tersheds of the Lagoon‘s Western Catchment.? ? ? ? ?Long-term analysis of water quality and continued water quality monitoring.? ? ? ? ?Bio-optical models for cyclone impact assessment.? ? ? ? ?Studies of geomorphology, land use, and sedimentary environments .? ? ? ? ?Spatiotemporal assessment of ph

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Introduction,cal, and isotopic impacts; hydrodynamics and salinity; runoff and sediment in watersheds; water quality and continued monitoring; bio-optical models for cyclone impact assessment; geomorphology, land use, and sedimentary environments; spatiotemporal assessment of phytoplankton communities; post-rest

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Ecological Characterization of Chilika: Defining Strategies and Management Needs for Wise Use,ferent knowledge systems, and ongoing monitoring and evaluation. The Chilika Development Authority can enable such by: (a) enhancing knowledge and understanding of critical ecosystem functions and their relationship with system dynamics (particularly species migration and exchange between riverine,

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新奇

Modelling of Hydrodynamics and Salinity Characteristics in Chilika Lagoon,two-dimensional hydrodynamic model has been setup to investigate the changes in the hydrodynamics and salinity regime of the lagoon during the pre (1999) and post (2009) hydrological intervention period as well as the present scenario (2015). The study suggests that post-intervention period has sign

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Assessment of Runoff and Sediment Yield from Selected Watersheds in the Western Catchment of the Ch0.76 in Badanai River Basin whereas it was 0.67 in Kansari River Basin. Estimation of runoff was even better during the validation period in both river basins (NSC?=?0.88 and 0.69, respectively). The model results indicate that at least 50–60% of the total rainfall contributed to runoff, whereas onl

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Long-Term Analysis of Water Quality in Chilika Lagoon and Application of Bio-optical Models for Cyc the lagoon. Analysis for 14?years (2001–2014) using MODIS 8-day composites (MOD09Q1) data indicated that the seasonal variability of TSS is dominant in all the three sectors of the lagoon compared to inter-annual variability. The main reason for large variations in the northern sector is the shallo

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