Monday, January 28, 2019

Journal of Marine Biology and Oceanography- Lupine Publishers


Altimeter data provides a precise measurement of wave parameters especially over open ocean. Now, several attempts were made to retrieve wind and wave information towards coastal regions. SARAL/Altika is a first of its kind to operate at such a high frequency to provide better observation of coastal regions. The present study is especially important for the Indian coasts because most of the in-situ observations are either coastally located or at deep water. But there is no sufficient information on data available at intermediate waters, which is very important to addresses several coastal problems. In this paper, an attempt to observe retrieve and validate SARAL along track wave data at different coastal regions along the east coast of India. SARAL validation is carried out at the point closest to the buoy and at all the points along the track close to the coast. The narrow foot print size enables.com to get valid data as close as three km proximity to the coast. SARAL Significant wave height (SWH) estimates are well correlated with the coastal buoy measurements and improves observation of wave height estimates close to the coast. This helps.com to understand transformation of wave from deep water to shallow water. An important advantage of SARAL is better estimation of low wave heights, which is particularly important for the coastal regions along east coast of India especially during non-monsoon periods particularly during the months of January and February. Another important observation from the study was the orientation of the coast and altimeter flight path will also have an effect on altimeter measurement of wave heights particularly over the coastal regions. The seasonal distribution of mean wave climate data prepared from SARAL Altika with a time span of 3 years (April 2013 to March 2016) with one fourth degree resolution. The distribution of significant wave height over west Bay of Bengal displays a seasonal behavior and the impact of monsoon winds. It also displays a zonal character. 

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Thursday, January 24, 2019

Journal of Oceanography- Lupine Publishers



Andaman and Nicobar Islands (ANI) are a group of remote, isolated island archipelago and external territory of India at the juncture of the Bay of Bengal and Andaman Sea extending between 92° to 94° East and 6° to 14° North latitude. This article summarise various ecologically sensitive areas of ANI for the purpose of conservation through the applicable regulatory mechanisms. This will help the Andaman Administration in implementation of the Island Protection Zone (IPZ) Notification, 2011 issued under the Environment (Protection) Act, 1986.

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Monday, January 14, 2019

Shale Oil & Gas as an Alternative Source of Energy Management Strategy in Modern Industrial Development(MAOPS)- Lupine Publishers


Shale oil & gas is rapidly emerging as a significant and relatively low cost new unconventional resource in the world. There is potential for shale oil & gas production to spread globally over the next couple of decades. If it does, it would revolutionise global energy markets, providing greater long term energy security at lower cost for many countries. It is analysed that global shale oil & gas production has the potential to reach up to 14 million barrels of oil per day by 2035, this amounts to 12% of the world’s total oil supply. It is estimated that this increase could reduce oil prices in 2035 by around 25%-40% relative to the current baseline EIA projection of $133/barrel in 2035, which assumes low levels of shale oil & gas production. In turn, it could increase the level of global GDP in 2035 by around 2.3%- 3.7%. However, the benefits of such oil & gas price reductions will vary significantly by country. Large net oil importers such as India and Japan might see their GDP boosted by around 4%-7% by 2035, while the.com, China, the Euro zone and the UK might gain by 2%-5% of GDP. Conversely, major oil exporters such as Russia and the Middle East could see a significant worsening of their trade balances by around 4%-10% of GDP in the long run if they fail to develop their own shale oil resources. The potential emergence of shale oil presents major strategic opportunities and challenges for the oil and gas industry and for governments worldwide. It could also influence the dynamics of geopolitics as it increases energy independence for many countries and reduces the influence of OPEC. The potential environmental consequences of an increase in shale oil & gas production are complex and appropriate regulation will be needed to meet local and national environmental concerns. Shale oil & gas could have adverse environmental effects by making alternative lower carbon transport fuels less attractive, but might also displace production from higher cost and more environmentally sensitive plays.

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Sunday, January 6, 2019

Laboratory Investigation of the Low Salinity Water Flooding into Sandstone Reservoirs (MAOPS)- Lupine Publishers



In this study, we propose to quantify the control of mineral composition and water chemistry on water/rock interactions by using oil during low salinity water flooding of spatially heterogeneous sandstone porous media. A sandstone core and free clay sand core were prepared in chromatography columns and were water flooded sequentially with high low salinity water at the reservoir temperature of 90°C. Brine with high salinity (100,000) ppm was injected to simulate formation water. Then, Inflow LS water (1100) ppm. One of the columns only contains quartz; to investigate the role of the clay in the mechanism of LS water enhanced oil recovery (EOR). The other column contained quartz and identical quantities of clays. The results showed that during flooding, the free clay column with LS water the oil recovery from the quartz column was as great as that of the clay containing cores. The pH also increased significantly during LS water flooding for the free clay column.

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Thursday, January 3, 2019

South China Sea Wave Characteristics under Combined Wind Forcing of Typhoon and Winter Monsoon (MAOPS)-Lupine Publishers


Since monsoon winds prevail in South China Sea (SCS), SCS is unique for investigating wave characteristics during a typhoon’s passage in conjunction with steady monsoon wind forcing. This study investigated SCS wave characteristics using Wave Watch III, the third-generation wave model with winter typhoon forcing. The model was forced by a high resolution wind field from NASA’s Cross Calibrated Multi Platform (CCMP) ocean surface winds combined with the tropical cyclone wind model. The Wave Watch III model was evaluated using Jason-2 altimetry observations during the period of Typhoon Durian (2006).

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