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NEUROGUIDE SYMPTOM NETWORK RADAR MAP PDF
NEUROGUIDE SYMPTOM NETWORK RADAR MAP CODE

Period-dependent, galvanic and inductive distortions were observed at different sites. The distortion introduced by topography was computed for each site using homogenous and heterogeneous models with actual topographic variations. Based on this study, we established the general character of the terrain and established where terrain corrections were necessary. Terrain corrections in the MT impedance responses for 39 sites along the Roorkee–Gangotri profile in the period range of 0.01 s to 1000 s were first estimated using a synthetic model by recording the topography and locations of MT sites.

NEUROGUIDE SYMPTOM NETWORK RADAR MAP CODE

We used AP3DMT, a 3D MT data modeling and inversion code written in the MATLAB environment.

In the present paper, we implemented terrain corrections in MT data recorded from the Garhwal Himalayan Corridor (GHC). Such responses, if not corrected, may lead to the incorrect interpretation of geoelectric structures. However, in hilly terrains, e.g., the Garhwal Himalayan region, due to the highly undulating topography, MT responses are distorted.

The magnetotelluric (MT) method is one of the useful geophysical techniques to investigate deep crustal structures.

NEUROGUIDE SYMPTOM NETWORK RADAR MAP PDF

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We also selected 20 sites among those with the highest scores, which are representative of several geoscience disciplines, and we proposed two geoitineraries that may be helpful in the dissemination of geoscience basilar concepts. We defined the potential education value and potential touristic value of the 160 official geosites, thus enhancing the high geotourism potential of the area. The Cilento, Vallo di Dian,o and Alburni Geopark, in Southern Italy, represents a good example of the utility of geoparks in increasing the awareness of local people and tourists about the Earth’s dynamics to reduce the impact of climate change and natural disasters.