Soniya Sukumaran’s research while affiliated with National Institute of Oceanography and other places

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Publications (1)


Fig. 2—Comparison between in-situ and Miller & McKee's algorithm derived TSM Values  
Fig. 4—Spatial map and profiles of TSM for 10 June  
Fig. 7—Spatial map and profiles of TSM for 20 September  
Fig. 8 shows high turbid condition with the highest concentration being 1198.6 mg/l in 2010. In case of 2009 the high concentration is 648.7 mg/l which almost half of the concentration of the former. The turbidity in case of 2010 is distributed throughout the bay. In terms of tidal conditions both the images coincided with falling ebb tide conditions. The TSM profiles at all the three transect showed greater TSM values for the year 2010.
Fig. 9—Spatial map and profiles of TSM for 30 September  
Seasonal variations of total suspended matter (TSM) in the Gulf of Khambhat, west coast of India
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August 2014

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855 Reads

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21 Citations

Indian Journal of Geo-Marine Sciences

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Soniya Sukumaran

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Total Suspended Matter (TSM) is an important parameter for determining the water quality in coastal regions as it is responsible for the reduction in the light available to the aquatic vegetation which subsequently alters the health and quality of the water body. In the present study, total suspended matter (TSM) was derived from multi-temporal MODIS (Moderate Resolution Imaging Spectrometer) Terra images. Red-band reflectance with a spatial resolution of 250 m was used to study the sediment dynamics of the macro-tidal region of the Gulf of Khambhat for 2009 (drought year) and 2010 (rain fed year). This has been done after establishing a significant correlation of 0.8 with in-situ TSM data. Through this study, the relative contribution of the physical factors (rainfall and tides) in the spatial and temporal distribution of total suspended matter concentrations of Gulf of Khambhat has been demonstrated.

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Citations (1)


... While the Shannon Weaver index aligned with findings from the Veraval coast of Gujarat (0.60 to 1.74) (Ishakani et al. 2016). The moderate diversity observed in our study can be attributed to elevated seawater turbidity likely due to sediment resuspension (Misra et al. 2014;Ranganath et al. 2019). Comparatively, the Gulf of Mannar, exhibits higher diversity, likely experiences lower turbidity and sediment deposition, promoting a more diverse seaweed habitat (Retnamma et al. 2021). ...

Reference:

Ascertaining the spatiotemporal variations in seaweed assemblages associated with the endemic seaweed Ulva ovata along selected locations of the Gulf of Khambhat, India
Seasonal variations of total suspended matter (TSM) in the Gulf of Khambhat, west coast of India

Indian Journal of Geo-Marine Sciences