Development of Fog Detection Algorithm Using AWiFS Data: A Case Study Over Indo-Gangetic Plains

IF 2.2 4区 地球科学 Q3 ENVIRONMENTAL SCIENCES Journal of the Indian Society of Remote Sensing Pub Date : 2024-06-18 DOI:10.1007/s12524-024-01907-0
Sasmita Chaurasia
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Abstract

Fog, a form of cloud in contact with the Earth’s surface, is one of the high-impact weather phenomena in northern India during the winter months. A new day-time fog detection scheme using the normalized difference snow index (NDSI) has been developed. The present analysis focuses on the detection of fog at high spatial resolution using data from the Resourcesat-2 AWiFS. The fog area detected is cross-validated with that detected using INSAT-3DR data at 1 km resolution using the same technique. The NDSI-based technique discussed here has shown a strong potential for fog detection during day-time. This study is also significant as a pre-launch sensitivity study for future GISAT with MX-VNIR, HyS-VNIR, HyS-SWIR, or similar other kinds of present-or-future sensors. Even though GISAT does not have a MX-SWIR channel, a combination of both MX-VNIR and HyS-SWIR with resampled spatial resolution may be useful for day-time fog detection using this technique.

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利用 AWiFS 数据开发雾探测算法:印度-甘地平原案例研究
雾是一种与地球表面接触的云,是印度北部冬季影响较大的天气现象之一。利用归一化差异积雪指数(NDSI)开发了一种新的日间雾探测方案。本分析侧重于利用 Resourcesat-2 AWiFS 的数据在高空间分辨率下探测雾。利用同样的技术,将检测到的雾区与使用 INSAT-3DR 数据在 1 公里分辨率下检测到的雾区进行交叉验证。本文讨论的基于 NDSI 的技术显示出在日间探测大雾的强大潜力。这项研究作为发射前的灵敏度研究,对于未来装有 MX-VNIR、HyS-VNIR、HyS-SWIR 或类似的其他类型传感器的 GISAT 也具有重要意义。尽管 GISAT 没有 MX-SWIR 信道,但将 MX-VNIR 和 HyS-SWIR 结合使用,并对空间分辨率进行重新采样,可能有助于使用该技术进行日间雾探测。
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来源期刊
Journal of the Indian Society of Remote Sensing
Journal of the Indian Society of Remote Sensing ENVIRONMENTAL SCIENCES-REMOTE SENSING
CiteScore
4.80
自引率
8.00%
发文量
163
审稿时长
7 months
期刊介绍: The aims and scope of the Journal of the Indian Society of Remote Sensing are to help towards advancement, dissemination and application of the knowledge of Remote Sensing technology, which is deemed to include photo interpretation, photogrammetry, aerial photography, image processing, and other related technologies in the field of survey, planning and management of natural resources and other areas of application where the technology is considered to be appropriate, to promote interaction among all persons, bodies, institutions (private and/or state-owned) and industries interested in achieving advancement, dissemination and application of the technology, to encourage and undertake research in remote sensing and related technologies and to undertake and execute all acts which shall promote all or any of the aims and objectives of the Indian Society of Remote Sensing.
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