Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.355, B2=0.1171, B3=0.3287, B4=0.2837, B5=0.3831, B6=0.126 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 28.55°C
- Estimated Salinity: 36.14 PSU
- Water Vapor Density: 44.17 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.88%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 16.2913, Lon: 85.6969 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.3038, B2(Blue)=0.3577, B3(Green)=0.2261, B4(Red)=0.4307, B5(NIR)=0.1951, B6(SWIR)=0.0165.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 16.2913, Lon: 85.6969):
1. Atmospheric Composition:
   - Oxygen (O2): 20.91%
   - Nitrogen (N2): 78.093%
   - Water Vapor Density: 50.35 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.17°C
   - Salinity Level: 33.72 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1876, 0.1725, 0.3191, 0.4352, 0.4717, 0.0562] observed at (25.3061, 82.0822).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (25.3061°N, 82.0822°E)
Multispectral Input Vector: [0.1876, 0.1725, 0.3191, 0.4352, 0.4717, 0.0562]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.916%
- N2 Concentration: 78.101%
- Water Vapor: 39.87 g/m³

Oceanographic Indicators:
- SST: 25.47°C
- Salinity: 0.08 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4149, 0.37, 0.4421, 0.2573, 0.1438, 0.3645] observed at (18.9509, 69.7431).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (18.9509°N, 69.7431°E)
Multispectral Input Vector: [0.4149, 0.37, 0.4421, 0.2573, 0.1438, 0.3645]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.889%
- N2 Concentration: 78.107%
- Water Vapor: 40.65 g/m³

Oceanographic Indicators:
- SST: 28.96°C
- Salinity: 36.17 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 26.5218, Lon: 71.4862 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.2873, B2(Blue)=0.3523, B3(Green)=0.1792, B4(Red)=0.1136, B5(NIR)=0.5876, B6(SWIR)=0.2611.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 26.5218, Lon: 71.4862):
1. Atmospheric Composition:
   - Oxygen (O2): 20.905%
   - Nitrogen (N2): 78.109%
   - Water Vapor Density: 19.44 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 31.91°C
   - Salinity Level: 0.79 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0592, 0.1634, 0.0731, 0.4302, 0.0571, 0.1697] observed at (30.5605, 77.9651).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (30.5605°N, 77.9651°E)
Multispectral Input Vector: [0.0592, 0.1634, 0.0731, 0.4302, 0.0571, 0.1697]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.951%
- N2 Concentration: 78.09%
- Water Vapor: 10.75 g/m³

Oceanographic Indicators:
- SST: 6.57°C
- Salinity: 0.66 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0972, B2=0.2288, B3=0.1081, B4=0.3122, B5=0.6023, B6=0.1161 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.44°C
- Estimated Salinity: 0.95 PSU
- Water Vapor Density: 22.31 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.938%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3229, 0.1228, 0.3394, 0.3462, 0.2211, 0.3961] observed at (26.0646, 78.7657).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (26.0646°N, 78.7657°E)
Multispectral Input Vector: [0.3229, 0.1228, 0.3394, 0.3462, 0.2211, 0.3961]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.91%
- N2 Concentration: 78.1%
- Water Vapor: 32.75 g/m³

Oceanographic Indicators:
- SST: 25.27°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 25.0673, Lon: 78.5136 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.0731, B2(Blue)=0.1226, B3(Green)=0.2303, B4(Red)=0.3395, B5(NIR)=0.366, B6(SWIR)=0.3175.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 25.0673, Lon: 78.5136):
1. Atmospheric Composition:
   - Oxygen (O2): 20.928%
   - Nitrogen (N2): 78.08%
   - Water Vapor Density: 35.89 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 26.4°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0712, 0.1671, 0.0962, 0.0778, 0.0684, 0.3212] observed at (-0.1336, 72.4272).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-0.1336°N, 72.4272°E)
Multispectral Input Vector: [0.0712, 0.1671, 0.0962, 0.0778, 0.0684, 0.3212]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.948%
- N2 Concentration: 78.085%
- Water Vapor: 50.66 g/m³

Oceanographic Indicators:
- SST: 27.1°C
- Salinity: 34.95 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4133, 0.0518, 0.1467, 0.2756, 0.4562, 0.0607] observed at (28.7347, 79.4391).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (28.7347°N, 79.4391°E)
Multispectral Input Vector: [0.4133, 0.0518, 0.1467, 0.2756, 0.4562, 0.0607]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.885%
- N2 Concentration: 78.077%
- Water Vapor: 41.11 g/m³

Oceanographic Indicators:
- SST: 24.29°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 25.9213, Lon: 70.1102 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.0834, B2(Blue)=0.3895, B3(Green)=0.4767, B4(Red)=0.0879, B5(NIR)=0.2207, B6(SWIR)=0.08.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 25.9213, Lon: 70.1102):
1. Atmospheric Composition:
   - Oxygen (O2): 20.938%
   - Nitrogen (N2): 78.105%
   - Water Vapor Density: 16.72 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 33.19°C
   - Salinity Level: 0.19 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.213, 0.2876, 0.161, 0.3197, 0.5991, 0.2368] observed at (30.2748, 76.5112).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (30.2748°N, 76.5112°E)
Multispectral Input Vector: [0.213, 0.2876, 0.161, 0.3197, 0.5991, 0.2368]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.897%
- N2 Concentration: 78.089%
- Water Vapor: 15.6 g/m³

Oceanographic Indicators:
- SST: 5.67°C
- Salinity: 0.98 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 12.8834, Lon: 89.4933 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1663, B2(Blue)=0.1453, B3(Green)=0.095, B4(Red)=0.2797, B5(NIR)=0.5458, B6(SWIR)=0.0148.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 12.8834, Lon: 89.4933):
1. Atmospheric Composition:
   - Oxygen (O2): 20.908%
   - Nitrogen (N2): 78.084%
   - Water Vapor Density: 54.39 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.91°C
   - Salinity Level: 33.89 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0636, B2=0.2362, B3=0.2819, B4=0.5426, B5=0.376, B6=0.0719 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 26.2°C
- Estimated Salinity: 0.1 PSU
- Water Vapor Density: 40.74 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.918%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 26.7293, Lon: 70.9004 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.143, B2(Blue)=0.0741, B3(Green)=0.3857, B4(Red)=0.2876, B5(NIR)=0.4853, B6(SWIR)=0.0613.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 26.7293, Lon: 70.9004):
1. Atmospheric Composition:
   - Oxygen (O2): 20.91%
   - Nitrogen (N2): 78.089%
   - Water Vapor Density: 22.01 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 32.52°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 25.3585, Lon: 79.5026 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.2488, B2(Blue)=0.1205, B3(Green)=0.3657, B4(Red)=0.0984, B5(NIR)=0.0881, B6(SWIR)=0.3964.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 25.3585, Lon: 79.5026):
1. Atmospheric Composition:
   - Oxygen (O2): 20.922%
   - Nitrogen (N2): 78.09%
   - Water Vapor Density: 34.4 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 23.41°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0978, 0.1287, 0.1118, 0.1342, 0.4752, 0.3406] observed at (10.3862, 89.3993).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (10.3862°N, 89.3993°E)
Multispectral Input Vector: [0.0978, 0.1287, 0.1118, 0.1342, 0.4752, 0.3406]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.936%
- N2 Concentration: 78.091%
- Water Vapor: 53.17 g/m³

Oceanographic Indicators:
- SST: 29.31°C
- Salinity: 34.04 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4108, 0.0959, 0.0618, 0.1147, 0.1895, 0.0846] observed at (14.3276, 86.0515).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (14.3276°N, 86.0515°E)
Multispectral Input Vector: [0.4108, 0.0959, 0.0618, 0.1147, 0.1895, 0.0846]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.875%
- N2 Concentration: 78.095%
- Water Vapor: 50.88 g/m³

Oceanographic Indicators:
- SST: 27.91°C
- Salinity: 33.91 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 3.6491, Lon: 71.465 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.1244, B2(Blue)=0.3429, B3(Green)=0.3514, B4(Red)=0.2536, B5(NIR)=0.6932, B6(SWIR)=0.2664.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 3.6491, Lon: 71.465):
1. Atmospheric Composition:
   - Oxygen (O2): 20.933%
   - Nitrogen (N2): 78.105%
   - Water Vapor Density: 59.6 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.84°C
   - Salinity Level: 35.62 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1457, 0.143, 0.0925, 0.3471, 0.6336, 0.1928] observed at (-2.9832, 84.0943).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-2.9832°N, 84.0943°E)
Multispectral Input Vector: [0.1457, 0.143, 0.0925, 0.3471, 0.6336, 0.1928]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.906%
- N2 Concentration: 78.082%
- Water Vapor: 57.42 g/m³

Oceanographic Indicators:
- SST: 28.98°C
- Salinity: 34.78 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: -4.1724, Lon: 77.5479 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.0793, B2(Blue)=0.0692, B3(Green)=0.1926, B4(Red)=0.127, B5(NIR)=0.0823, B6(SWIR)=0.0429.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -4.1724, Lon: 77.5479):
1. Atmospheric Composition:
   - Oxygen (O2): 20.93%
   - Nitrogen (N2): 78.092%
   - Water Vapor Density: 50.72 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.21°C
   - Salinity Level: 35.21 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0624, B2=0.3419, B3=0.4267, B4=0.3247, B5=0.3052, B6=0.1749 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 29.05°C
- Estimated Salinity: 35.97 PSU
- Water Vapor Density: 43.86 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.954%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 29.6186, Lon: 84.3233 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.2814, B2(Blue)=0.1363, B3(Green)=0.3157, B4(Red)=0.2729, B5(NIR)=0.2148, B6(SWIR)=0.0551.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 29.6186, Lon: 84.3233):
1. Atmospheric Composition:
   - Oxygen (O2): 20.912%
   - Nitrogen (N2): 78.09%
   - Water Vapor Density: 37.68 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.3°C
   - Salinity Level: 0.02 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2845, 0.256, 0.4537, 0.4514, 0.4502, 0.3681] observed at (26.0978, 81.1121).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (26.0978°N, 81.1121°E)
Multispectral Input Vector: [0.2845, 0.256, 0.4537, 0.4514, 0.4502, 0.3681]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.899%
- N2 Concentration: 78.1%
- Water Vapor: 37.57 g/m³

Oceanographic Indicators:
- SST: 25.5°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 33.9346, Lon: 76.5589 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.2398, B2(Blue)=0.163, B3(Green)=0.1328, B4(Red)=0.2494, B5(NIR)=0.0612, B6(SWIR)=0.0957.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 33.9346, Lon: 76.5589):
1. Atmospheric Composition:
   - Oxygen (O2): 20.922%
   - Nitrogen (N2): 78.093%
   - Water Vapor Density: 10.86 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 6.07°C
   - Salinity Level: 0.67 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2903, 0.3665, 0.0632, 0.0949, 0.367, 0.1709] observed at (18.2431, 70.278).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (18.2431°N, 70.278°E)
Multispectral Input Vector: [0.2903, 0.3665, 0.0632, 0.0949, 0.367, 0.1709]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.891%
- N2 Concentration: 78.096%
- Water Vapor: 45.37 g/m³

Oceanographic Indicators:
- SST: 28.06°C
- Salinity: 37.52 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4443, 0.0459, 0.0631, 0.1085, 0.6997, 0.3744] observed at (30.6802, 76.1944).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (30.6802°N, 76.1944°E)
Multispectral Input Vector: [0.4443, 0.0459, 0.0631, 0.1085, 0.6997, 0.3744]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.882%
- N2 Concentration: 78.089%
- Water Vapor: 16.04 g/m³

Oceanographic Indicators:
- SST: 3.51°C
- Salinity: 0.16 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1609, B2=0.0415, B3=0.4799, B4=0.4611, B5=0.3315, B6=0.2442 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 31.69°C
- Estimated Salinity: 32.92 PSU
- Water Vapor Density: 49.88 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.92%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3602, 0.0667, 0.3741, 0.2468, 0.1267, 0.1496] observed at (33.8419, 74.4931).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (33.8419°N, 74.4931°E)
Multispectral Input Vector: [0.3602, 0.0667, 0.3741, 0.2468, 0.1267, 0.1496]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.888%
- N2 Concentration: 78.093%
- Water Vapor: 13.72 g/m³

Oceanographic Indicators:
- SST: 5.83°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2101, 0.2535, 0.4922, 0.5302, 0.6263, 0.243] observed at (26.5379, 70.2411).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (26.5379°N, 70.2411°E)
Multispectral Input Vector: [0.2101, 0.2535, 0.4922, 0.5302, 0.6263, 0.243]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.907%
- N2 Concentration: 78.104%
- Water Vapor: 18.49 g/m³

Oceanographic Indicators:
- SST: 34.84°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 26.5369, Lon: 72.4093 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.0632, B2(Blue)=0.1846, B3(Green)=0.43, B4(Red)=0.4663, B5(NIR)=0.3031, B6(SWIR)=0.0942.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 26.5369, Lon: 72.4093):
1. Atmospheric Composition:
   - Oxygen (O2): 20.917%
   - Nitrogen (N2): 78.088%
   - Water Vapor Density: 18.49 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 34.56°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0978, B2=0.3332, B3=0.0608, B4=0.1272, B5=0.3779, B6=0.0779 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.39°C
- Estimated Salinity: 35.4 PSU
- Water Vapor Density: 57.8 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.944%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2704, B2=0.2375, B3=0.1987, B4=0.3131, B5=0.0725, B6=0.1954 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 29.56°C
- Estimated Salinity: 34.27 PSU
- Water Vapor Density: 44.92 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.893%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2043, 0.3595, 0.1124, 0.1029, 0.2217, 0.0161] observed at (18.5531, 71.5719).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (18.5531°N, 71.5719°E)
Multispectral Input Vector: [0.2043, 0.3595, 0.1124, 0.1029, 0.2217, 0.0161]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.928%
- N2 Concentration: 78.111%
- Water Vapor: 46.73 g/m³

Oceanographic Indicators:
- SST: 29.23°C
- Salinity: 37.08 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2055, B2=0.1211, B3=0.2941, B4=0.2846, B5=0.6896, B6=0.2917 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 25.87°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 41.68 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.915%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: -1.5505, Lon: 77.9828 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.29, B2(Blue)=0.3206, B3(Green)=0.0617, B4(Red)=0.545, B5(NIR)=0.0444, B6(SWIR)=0.0475.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -1.5505, Lon: 77.9828):
1. Atmospheric Composition:
   - Oxygen (O2): 20.89%
   - Nitrogen (N2): 78.108%
   - Water Vapor Density: 52.73 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.58°C
   - Salinity Level: 35.92 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3443, 0.1247, 0.4358, 0.1743, 0.6528, 0.0503] observed at (31.8454, 81.5841).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (31.8454°N, 81.5841°E)
Multispectral Input Vector: [0.3443, 0.1247, 0.4358, 0.1743, 0.6528, 0.0503]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.889%
- N2 Concentration: 78.094%
- Water Vapor: 17.82 g/m³

Oceanographic Indicators:
- SST: 4.49°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3752, B2=0.0608, B3=0.369, B4=0.3307, B5=0.4613, B6=0.3114 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 28.41°C
- Estimated Salinity: 35.96 PSU
- Water Vapor Density: 43.32 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.904%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0542, B2=0.3959, B3=0.2121, B4=0.5349, B5=0.1789, B6=0.384 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 31.4°C
- Estimated Salinity: 37.1 PSU
- Water Vapor Density: 41.74 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.921%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4077, B2=0.3902, B3=0.2219, B4=0.4364, B5=0.1248, B6=0.1195 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 31.24°C
- Estimated Salinity: 34.2 PSU
- Water Vapor Density: 47.98 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.892%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: -3.5864, Lon: 80.3721 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.2466, B2(Blue)=0.0727, B3(Green)=0.2253, B4(Red)=0.4095, B5(NIR)=0.131, B6(SWIR)=0.3238.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -3.5864, Lon: 80.3721):
1. Atmospheric Composition:
   - Oxygen (O2): 20.906%
   - Nitrogen (N2): 78.089%
   - Water Vapor Density: 51.23 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.46°C
   - Salinity Level: 34.91 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 10.0016, Lon: 89.6964 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1362, B2(Blue)=0.3472, B3(Green)=0.2738, B4(Red)=0.0449, B5(NIR)=0.6315, B6(SWIR)=0.2868.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 10.0016, Lon: 89.6964):
1. Atmospheric Composition:
   - Oxygen (O2): 20.918%
   - Nitrogen (N2): 78.1%
   - Water Vapor Density: 51.69 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.48°C
   - Salinity Level: 33.54 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4219, 0.3289, 0.2283, 0.0684, 0.6947, 0.2304] observed at (15.6357, 84.45).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (15.6357°N, 84.45°E)
Multispectral Input Vector: [0.4219, 0.3289, 0.2283, 0.0684, 0.6947, 0.2304]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.868%
- N2 Concentration: 78.091%
- Water Vapor: 55.18 g/m³

Oceanographic Indicators:
- SST: 28.93°C
- Salinity: 34.15 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 32.6691, Lon: 77.9187 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.136, B2(Blue)=0.2316, B3(Green)=0.1962, B4(Red)=0.5457, B5(NIR)=0.4145, B6(SWIR)=0.299.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 32.6691, Lon: 77.9187):
1. Atmospheric Composition:
   - Oxygen (O2): 20.945%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 15.93 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 6.02°C
   - Salinity Level: 0.38 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.257, B2=0.1106, B3=0.3787, B4=0.4669, B5=0.3932, B6=0.3513 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 30.03°C
- Estimated Salinity: 35.59 PSU
- Water Vapor Density: 45.18 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.901%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: -3.554, Lon: 82.6874 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.1951, B2(Blue)=0.2854, B3(Green)=0.0889, B4(Red)=0.3141, B5(NIR)=0.4321, B6(SWIR)=0.2581.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -3.554, Lon: 82.6874):
1. Atmospheric Composition:
   - Oxygen (O2): 20.899%
   - Nitrogen (N2): 78.103%
   - Water Vapor Density: 57.37 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.94°C
   - Salinity Level: 35.24 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 19.6339, Lon: 68.0138 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.3314, B2(Blue)=0.345, B3(Green)=0.1472, B4(Red)=0.2241, B5(NIR)=0.6281, B6(SWIR)=0.37.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 19.6339, Lon: 68.0138):
1. Atmospheric Composition:
   - Oxygen (O2): 20.906%
   - Nitrogen (N2): 78.11%
   - Water Vapor Density: 45.96 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.24°C
   - Salinity Level: 37.25 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 33.53, Lon: 81.3501 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.192, B2(Blue)=0.2168, B3(Green)=0.1578, B4(Red)=0.5202, B5(NIR)=0.1345, B6(SWIR)=0.1151.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 33.53, Lon: 81.3501):
1. Atmospheric Composition:
   - Oxygen (O2): 20.907%
   - Nitrogen (N2): 78.09%
   - Water Vapor Density: 11.85 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 7.43°C
   - Salinity Level: 0.25 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3026, 0.1648, 0.431, 0.4572, 0.6918, 0.0425] observed at (4.4368, 78.6854).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (4.4368°N, 78.6854°E)
Multispectral Input Vector: [0.3026, 0.1648, 0.431, 0.4572, 0.6918, 0.0425]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.89%
- N2 Concentration: 78.083%
- Water Vapor: 58.37 g/m³

Oceanographic Indicators:
- SST: 28.31°C
- Salinity: 35.12 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 1.0065, Lon: 73.7932 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.4209, B2(Blue)=0.0434, B3(Green)=0.1943, B4(Red)=0.2381, B5(NIR)=0.3961, B6(SWIR)=0.0153.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 1.0065, Lon: 73.7932):
1. Atmospheric Composition:
   - Oxygen (O2): 20.872%
   - Nitrogen (N2): 78.094%
   - Water Vapor Density: 57.67 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 27.54°C
   - Salinity Level: 34.59 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 16.9837, Lon: 87.9077 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1279, B2(Blue)=0.336, B3(Green)=0.1951, B4(Red)=0.4723, B5(NIR)=0.1784, B6(SWIR)=0.0404.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 16.9837, Lon: 87.9077):
1. Atmospheric Composition:
   - Oxygen (O2): 20.936%
   - Nitrogen (N2): 78.105%
   - Water Vapor Density: 47.74 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.24°C
   - Salinity Level: 33.92 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2349, B2=0.1718, B3=0.0719, B4=0.2285, B5=0.0989, B6=0.0271 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 4.26°C
- Estimated Salinity: 0.79 PSU
- Water Vapor Density: 12.46 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.909%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3367, B2=0.3714, B3=0.3571, B4=0.0822, B5=0.6334, B6=0.2692 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 28.03°C
- Estimated Salinity: 36.83 PSU
- Water Vapor Density: 47.84 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.914%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 29.6234, Lon: 76.5128 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.3568, B2(Blue)=0.3782, B3(Green)=0.428, B4(Red)=0.3039, B5(NIR)=0.369, B6(SWIR)=0.2034.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 29.6234, Lon: 76.5128):
1. Atmospheric Composition:
   - Oxygen (O2): 20.878%
   - Nitrogen (N2): 78.095%
   - Water Vapor Density: 39.85 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 24.18°C
   - Salinity Level: 0.08 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.452, Lon: 72.2916 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.2378, B2(Blue)=0.0572, B3(Green)=0.1893, B4(Red)=0.427, B5(NIR)=0.1164, B6(SWIR)=0.1907.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 27.452, Lon: 72.2916):
1. Atmospheric Composition:
   - Oxygen (O2): 20.928%
   - Nitrogen (N2): 78.089%
   - Water Vapor Density: 14.88 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 32.26°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 18.6252, Lon: 69.4128 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.4482, B2(Blue)=0.1449, B3(Green)=0.1023, B4(Red)=0.4943, B5(NIR)=0.2924, B6(SWIR)=0.243.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 18.6252, Lon: 69.4128):
1. Atmospheric Composition:
   - Oxygen (O2): 20.871%
   - Nitrogen (N2): 78.092%
   - Water Vapor Density: 41.57 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.58°C
   - Salinity Level: 36.18 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2097, B2=0.1711, B3=0.394, B4=0.0897, B5=0.3503, B6=0.0882 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.01°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 14.61 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.895%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1687, B2=0.2418, B3=0.3544, B4=0.5451, B5=0.1191, B6=0.0597 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.13°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 14.15 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.91%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2594, B2=0.137, B3=0.2049, B4=0.2054, B5=0.2174, B6=0.0627 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.88°C
- Estimated Salinity: 34.53 PSU
- Water Vapor Density: 55.56 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.909%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 17.5423, Lon: 72.6238 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.2494, B2(Blue)=0.3236, B3(Green)=0.4328, B4(Red)=0.4435, B5(NIR)=0.6346, B6(SWIR)=0.2701.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 17.5423, Lon: 72.6238):
1. Atmospheric Composition:
   - Oxygen (O2): 20.9%
   - Nitrogen (N2): 78.1%
   - Water Vapor Density: 44.99 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.01°C
   - Salinity Level: 36.2 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3136, B2=0.3775, B3=0.1227, B4=0.0424, B5=0.5579, B6=0.1282 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.43°C
- Estimated Salinity: 35.91 PSU
- Water Vapor Density: 58.28 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.884%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.152, 0.0637, 0.2105, 0.1791, 0.5894, 0.2115] observed at (-1.9221, 70.108).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-1.9221°N, 70.108°E)
Multispectral Input Vector: [0.152, 0.0637, 0.2105, 0.1791, 0.5894, 0.2115]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.935%
- N2 Concentration: 78.093%
- Water Vapor: 59.8 g/m³

Oceanographic Indicators:
- SST: 27.05°C
- Salinity: 35.17 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1897, B2=0.1157, B3=0.3881, B4=0.4188, B5=0.3427, B6=0.0922 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 31.66°C
- Estimated Salinity: 33.48 PSU
- Water Vapor Density: 51.35 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.916%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0802, 0.2233, 0.3662, 0.523, 0.5456, 0.0794] observed at (16.9135, 83.67).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (16.9135°N, 83.67°E)
Multispectral Input Vector: [0.0802, 0.2233, 0.3662, 0.523, 0.5456, 0.0794]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.921%
- N2 Concentration: 78.088%
- Water Vapor: 53.26 g/m³

Oceanographic Indicators:
- SST: 30.79°C
- Salinity: 33.62 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1348, B2=0.2178, B3=0.4692, B4=0.208, B5=0.4052, B6=0.399 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.82°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 34.5 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.915%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 12.1629, Lon: 85.8824 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.423, B2(Blue)=0.2305, B3(Green)=0.0881, B4(Red)=0.1503, B5(NIR)=0.3297, B6(SWIR)=0.3187.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 12.1629, Lon: 85.8824):
1. Atmospheric Composition:
   - Oxygen (O2): 20.865%
   - Nitrogen (N2): 78.104%
   - Water Vapor Density: 49.1 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.16°C
   - Salinity Level: 33.85 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3433, 0.1878, 0.4036, 0.3114, 0.218, 0.3865] observed at (27.6809, 71.1673).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.6809°N, 71.1673°E)
Multispectral Input Vector: [0.3433, 0.1878, 0.4036, 0.3114, 0.218, 0.3865]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.898%
- N2 Concentration: 78.084%
- Water Vapor: 14.63 g/m³

Oceanographic Indicators:
- SST: 33.63°C
- Salinity: 0.03 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 19.4856, Lon: 68.438 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.2243, B2(Blue)=0.0815, B3(Green)=0.3377, B4(Red)=0.1133, B5(NIR)=0.2011, B6(SWIR)=0.3973.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 19.4856, Lon: 68.438):
1. Atmospheric Composition:
   - Oxygen (O2): 20.901%
   - Nitrogen (N2): 78.098%
   - Water Vapor Density: 40.78 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.66°C
   - Salinity Level: 36.03 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.175, 0.2323, 0.1991, 0.1238, 0.1599, 0.3793] observed at (19.0496, 69.4374).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (19.0496°N, 69.4374°E)
Multispectral Input Vector: [0.175, 0.2323, 0.1991, 0.1238, 0.1599, 0.3793]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.938%
- N2 Concentration: 78.1%
- Water Vapor: 43.36 g/m³

Oceanographic Indicators:
- SST: 28.46°C
- Salinity: 36.7 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 0.4646, Lon: 71.2072 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.4302, B2(Blue)=0.1016, B3(Green)=0.2633, B4(Red)=0.4875, B5(NIR)=0.0901, B6(SWIR)=0.374.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 0.4646, Lon: 71.2072):
1. Atmospheric Composition:
   - Oxygen (O2): 20.894%
   - Nitrogen (N2): 78.094%
   - Water Vapor Density: 48.29 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.32°C
   - Salinity Level: 35.09 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 15.8817, Lon: 68.8376 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.0827, B2(Blue)=0.1988, B3(Green)=0.2448, B4(Red)=0.19, B5(NIR)=0.4344, B6(SWIR)=0.0671.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 15.8817, Lon: 68.8376):
1. Atmospheric Composition:
   - Oxygen (O2): 20.945%
   - Nitrogen (N2): 78.085%
   - Water Vapor Density: 48.66 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.12°C
   - Salinity Level: 36.6 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 15.7709, Lon: 69.4728 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.1542, B2(Blue)=0.3678, B3(Green)=0.3151, B4(Red)=0.0803, B5(NIR)=0.4257, B6(SWIR)=0.2682.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 15.7709, Lon: 69.4728):
1. Atmospheric Composition:
   - Oxygen (O2): 20.93%
   - Nitrogen (N2): 78.105%
   - Water Vapor Density: 45.78 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.64°C
   - Salinity Level: 36.2 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3241, B2=0.0454, B3=0.4929, B4=0.3516, B5=0.3895, B6=0.1247 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.23°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 19.46 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.88%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2211, B2=0.0922, B3=0.4624, B4=0.359, B5=0.2445, B6=0.0382 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.51°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 38.8 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.904%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1856, B2=0.2863, B3=0.2083, B4=0.4632, B5=0.6642, B6=0.0818 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 5.4°C
- Estimated Salinity: 0.15 PSU
- Water Vapor Density: 20.66 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.932%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: -4.1777, Lon: 80.4754 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.1822, B2(Blue)=0.3202, B3(Green)=0.0602, B4(Red)=0.49, B5(NIR)=0.0956, B6(SWIR)=0.3765.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: -4.1777, Lon: 80.4754):
1. Atmospheric Composition:
   - Oxygen (O2): 20.91%
   - Nitrogen (N2): 78.1%
   - Water Vapor Density: 49.36 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.84°C
   - Salinity Level: 36.32 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2864, B2=0.3218, B3=0.395, B4=0.2713, B5=0.6178, B6=0.2051 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 5.05°C
- Estimated Salinity: 0.29 PSU
- Water Vapor Density: 18.32 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.92%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.3595, Lon: 70.6672 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.3049, B2(Blue)=0.1274, B3(Green)=0.3362, B4(Red)=0.3439, B5(NIR)=0.3278, B6(SWIR)=0.0259.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 27.3595, Lon: 70.6672):
1. Atmospheric Composition:
   - Oxygen (O2): 20.908%
   - Nitrogen (N2): 78.093%
   - Water Vapor Density: 19.13 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 32.41°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 12.2772, Lon: 89.4777 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.0544, B2(Blue)=0.3247, B3(Green)=0.202, B4(Red)=0.177, B5(NIR)=0.4091, B6(SWIR)=0.1366.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 12.2772, Lon: 89.4777):
1. Atmospheric Composition:
   - Oxygen (O2): 20.953%
   - Nitrogen (N2): 78.108%
   - Water Vapor Density: 53.41 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.63°C
   - Salinity Level: 34.51 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0558, B2=0.1416, B3=0.1192, B4=0.0612, B5=0.0295, B6=0.0422 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.45°C
- Estimated Salinity: 34.84 PSU
- Water Vapor Density: 51.55 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.939%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.058, 0.1045, 0.2363, 0.1168, 0.3929, 0.1251] observed at (27.4863, 81.7389).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (27.4863°N, 81.7389°E)
Multispectral Input Vector: [0.058, 0.1045, 0.2363, 0.1168, 0.3929, 0.1251]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.926%
- N2 Concentration: 78.081%
- Water Vapor: 40.24 g/m³

Oceanographic Indicators:
- SST: 23.59°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1988, B2=0.2253, B3=0.4183, B4=0.4049, B5=0.2918, B6=0.3544 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 29.28°C
- Estimated Salinity: 34.87 PSU
- Water Vapor Density: 53.64 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.926%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.122, 0.328, 0.3191, 0.3316, 0.1658, 0.0357] observed at (28.2558, 78.7369).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (28.2558°N, 78.7369°E)
Multispectral Input Vector: [0.122, 0.328, 0.3191, 0.3316, 0.1658, 0.0357]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.941%
- N2 Concentration: 78.11%
- Water Vapor: 38.65 g/m³

Oceanographic Indicators:
- SST: 24.21°C
- Salinity: 0.25 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4142, B2=0.3715, B3=0.1473, B4=0.269, B5=0.1585, B6=0.3246 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.5°C
- Estimated Salinity: 0.42 PSU
- Water Vapor Density: 35.6 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.888%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4026, B2=0.3136, B3=0.1188, B4=0.1571, B5=0.2266, B6=0.2521 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 5.48°C
- Estimated Salinity: 0.21 PSU
- Water Vapor Density: 14.1 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.894%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 15.5873, Lon: 72.9831 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.1609, B2(Blue)=0.268, B3(Green)=0.4608, B4(Red)=0.3585, B5(NIR)=0.4162, B6(SWIR)=0.1091.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 15.5873, Lon: 72.9831):
1. Atmospheric Composition:
   - Oxygen (O2): 20.916%
   - Nitrogen (N2): 78.104%
   - Water Vapor Density: 47.16 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.85°C
   - Salinity Level: 36.34 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 33.0313, Lon: 74.1234 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.264, B2(Blue)=0.1556, B3(Green)=0.4798, B4(Red)=0.5291, B5(NIR)=0.2873, B6(SWIR)=0.2721.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 33.0313, Lon: 74.1234):
1. Atmospheric Composition:
   - Oxygen (O2): 20.916%
   - Nitrogen (N2): 78.082%
   - Water Vapor Density: 15.64 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 6.29°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4022, B2=0.2547, B3=0.445, B4=0.4947, B5=0.4399, B6=0.0632 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.51°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 18.39 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.89%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2266, 0.1935, 0.2385, 0.4216, 0.6127, 0.2924] observed at (26.5724, 72.7418).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (26.5724°N, 72.7418°E)
Multispectral Input Vector: [0.2266, 0.1935, 0.2385, 0.4216, 0.6127, 0.2924]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.928%
- N2 Concentration: 78.096%
- Water Vapor: 17.63 g/m³

Oceanographic Indicators:
- SST: 33.91°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 16.2212, Lon: 89.8134 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1497, B2(Blue)=0.2002, B3(Green)=0.3525, B4(Red)=0.4537, B5(NIR)=0.4508, B6(SWIR)=0.3171.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 16.2212, Lon: 89.8134):
1. Atmospheric Composition:
   - Oxygen (O2): 20.916%
   - Nitrogen (N2): 78.084%
   - Water Vapor Density: 48.52 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.87°C
   - Salinity Level: 33.25 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3637, B2=0.3762, B3=0.2929, B4=0.202, B5=0.4909, B6=0.344 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 28.36°C
- Estimated Salinity: 37.07 PSU
- Water Vapor Density: 47.01 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.892%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3543, 0.2464, 0.0916, 0.2897, 0.3198, 0.3878] observed at (27.4446, 70.5896).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.4446°N, 70.5896°E)
Multispectral Input Vector: [0.3543, 0.2464, 0.0916, 0.2897, 0.3198, 0.3878]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.878%
- N2 Concentration: 78.1%
- Water Vapor: 17.1 g/m³

Oceanographic Indicators:
- SST: 31.47°C
- Salinity: 0.19 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.206, B2=0.3505, B3=0.1182, B4=0.2903, B5=0.1687, B6=0.025 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 29.14°C
- Estimated Salinity: 34.1 PSU
- Water Vapor Density: 49.39 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.897%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3172, B2=0.3572, B3=0.2393, B4=0.3172, B5=0.5527, B6=0.068 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 32.86°C
- Estimated Salinity: 0.17 PSU
- Water Vapor Density: 21.94 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.91%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 13.3116, Lon: 82.4629 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1011, B2(Blue)=0.0734, B3(Green)=0.324, B4(Red)=0.0656, B5(NIR)=0.1575, B6(SWIR)=0.3967.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 13.3116, Lon: 82.4629):
1. Atmospheric Composition:
   - Oxygen (O2): 20.916%
   - Nitrogen (N2): 78.095%
   - Water Vapor Density: 46.95 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.2°C
   - Salinity Level: 32.63 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4493, B2=0.2189, B3=0.4285, B4=0.3632, B5=0.1825, B6=0.3278 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 31.69°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 13.4 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.872%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.319, 0.0458, 0.2563, 0.4738, 0.5734, 0.2687] observed at (16.1213, 70.5267).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (16.1213°N, 70.5267°E)
Multispectral Input Vector: [0.319, 0.0458, 0.2563, 0.4738, 0.5734, 0.2687]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.889%
- N2 Concentration: 78.086%
- Water Vapor: 46.09 g/m³

Oceanographic Indicators:
- SST: 29.37°C
- Salinity: 35.7 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1058, 0.0687, 0.1354, 0.233, 0.1957, 0.1483] observed at (32.6368, 75.6659).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (32.6368°N, 75.6659°E)
Multispectral Input Vector: [0.1058, 0.0687, 0.1354, 0.233, 0.1957, 0.1483]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.926%
- N2 Concentration: 78.087%
- Water Vapor: 12.6 g/m³

Oceanographic Indicators:
- SST: 5.19°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 16.7831, Lon: 87.4808 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.4469, B2(Blue)=0.1013, B3(Green)=0.1844, B4(Red)=0.2741, B5(NIR)=0.3932, B6(SWIR)=0.36.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 16.7831, Lon: 87.4808):
1. Atmospheric Composition:
   - Oxygen (O2): 20.897%
   - Nitrogen (N2): 78.098%
   - Water Vapor Density: 50.9 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.64°C
   - Salinity Level: 33.13 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.085, B2=0.2029, B3=0.3226, B4=0.1387, B5=0.5048, B6=0.0864 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.11°C
- Estimated Salinity: 34.69 PSU
- Water Vapor Density: 56.31 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.915%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 16.9786, Lon: 83.447 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.0961, B2(Blue)=0.1929, B3(Green)=0.4333, B4(Red)=0.4121, B5(NIR)=0.5747, B6(SWIR)=0.0183.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 16.9786, Lon: 83.447):
1. Atmospheric Composition:
   - Oxygen (O2): 20.917%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 53.02 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.63°C
   - Salinity Level: 33.17 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1894, 0.1934, 0.4604, 0.3834, 0.1063, 0.1581] observed at (-2.513, 82.2562).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-2.513°N, 82.2562°E)
Multispectral Input Vector: [0.1894, 0.1934, 0.4604, 0.3834, 0.1063, 0.1581]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.923%
- N2 Concentration: 78.097%
- Water Vapor: 50.14 g/m³

Oceanographic Indicators:
- SST: 28.73°C
- Salinity: 34.48 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3794, 0.3384, 0.3571, 0.2186, 0.1889, 0.3343] observed at (25.2133, 79.7836).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (25.2133°N, 79.7836°E)
Multispectral Input Vector: [0.3794, 0.3384, 0.3571, 0.2186, 0.1889, 0.3343]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.88%
- N2 Concentration: 78.097%
- Water Vapor: 35.85 g/m³

Oceanographic Indicators:
- SST: 23.7°C
- Salinity: 0.77 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.3484, B2=0.3559, B3=0.2641, B4=0.1208, B5=0.4513, B6=0.0637 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 28.33°C
- Estimated Salinity: 35.17 PSU
- Water Vapor Density: 58.57 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.886%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2542, 0.2467, 0.4864, 0.0441, 0.336, 0.235] observed at (29.8461, 81.5281).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (29.8461°N, 81.5281°E)
Multispectral Input Vector: [0.2542, 0.2467, 0.4864, 0.0441, 0.336, 0.235]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.901%
- N2 Concentration: 78.091%
- Water Vapor: 34.66 g/m³

Oceanographic Indicators:
- SST: 24.68°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.221, B2=0.2741, B3=0.0715, B4=0.3451, B5=0.396, B6=0.2536 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.32°C
- Estimated Salinity: 0.91 PSU
- Water Vapor Density: 14.74 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.921%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 1.5949, Lon: 85.5831 in region 'Indian Ocean - Equatorial'. Spectral values: B1(Coastal)=0.2588, B2(Blue)=0.3386, B3(Green)=0.4747, B4(Red)=0.5431, B5(NIR)=0.1711, B6(SWIR)=0.2602.

Output:
Based on the 6-band multispectral satellite telemetry for Indian Ocean - Equatorial (Lat: 1.5949, Lon: 85.5831):
1. Atmospheric Composition:
   - Oxygen (O2): 20.926%
   - Nitrogen (N2): 78.104%
   - Water Vapor Density: 52.65 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.78°C
   - Salinity Level: 34.73 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2713, B2=0.2411, B3=0.1781, B4=0.2559, B5=0.5396, B6=0.2847 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.16°C
- Estimated Salinity: 0.76 PSU
- Water Vapor Density: 18.34 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.895%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1781, B2=0.3278, B3=0.3658, B4=0.0898, B5=0.0291, B6=0.0436 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 30.06°C
- Estimated Salinity: 33.82 PSU
- Water Vapor Density: 48.39 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.932%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.308, B2=0.3548, B3=0.3186, B4=0.2034, B5=0.0431, B6=0.3057 located at Arabian Sea - Coastal Zone?

Output:
For the Oceansat-3 sensor reading over Arabian Sea - Coastal Zone:
- Estimated Sea Surface Temperature (SST): 27.59°C
- Estimated Salinity: 36.49 PSU
- Water Vapor Density: 39.38 g/m³
Conclusion: The telemetry aligns with standard physical models for Arabian Sea - Coastal Zone with O2 concentration at 20.884%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 26.2275, Lon: 73.8697 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.3594, B2(Blue)=0.3221, B3(Green)=0.4597, B4(Red)=0.3117, B5(NIR)=0.123, B6(SWIR)=0.3776.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 26.2275, Lon: 73.8697):
1. Atmospheric Composition:
   - Oxygen (O2): 20.903%
   - Nitrogen (N2): 78.103%
   - Water Vapor Density: 13.39 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 31.54°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1303, 0.0454, 0.473, 0.2039, 0.5418, 0.2556] observed at (27.0273, 84.7443).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indo-Gangetic Plains (27.0273°N, 84.7443°E)
Multispectral Input Vector: [0.1303, 0.0454, 0.473, 0.2039, 0.5418, 0.2556]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.941%
- N2 Concentration: 78.089%
- Water Vapor: 40.72 g/m³

Oceanographic Indicators:
- SST: 23.56°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2754, B2=0.2494, B3=0.3192, B4=0.2209, B5=0.3164, B6=0.084 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.23°C
- Estimated Salinity: 0.17 PSU
- Water Vapor Density: 15.23 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.919%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.4121, 0.06, 0.1991, 0.2415, 0.1539, 0.2649] observed at (30.5988, 74.5614).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (30.5988°N, 74.5614°E)
Multispectral Input Vector: [0.4121, 0.06, 0.1991, 0.2415, 0.1539, 0.2649]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.872%
- N2 Concentration: 78.095%
- Water Vapor: 11.66 g/m³

Oceanographic Indicators:
- SST: 4.58°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 26.0685, Lon: 70.6913 in region 'Thar Desert Region'. Spectral values: B1(Coastal)=0.2471, B2(Blue)=0.359, B3(Green)=0.2462, B4(Red)=0.1443, B5(NIR)=0.3782, B6(SWIR)=0.2735.

Output:
Based on the 6-band multispectral satellite telemetry for Thar Desert Region (Lat: 26.0685, Lon: 70.6913):
1. Atmospheric Composition:
   - Oxygen (O2): 20.919%
   - Nitrogen (N2): 78.11%
   - Water Vapor Density: 15.49 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 32.27°C
   - Salinity Level: 0.83 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3737, 0.1444, 0.2326, 0.4665, 0.6349, 0.2774] observed at (18.4503, 69.5503).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Arabian Sea - Coastal Zone (18.4503°N, 69.5503°E)
Multispectral Input Vector: [0.3737, 0.1444, 0.2326, 0.4665, 0.6349, 0.2774]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.89%
- N2 Concentration: 78.086%
- Water Vapor: 46.49 g/m³

Oceanographic Indicators:
- SST: 29.21°C
- Salinity: 36.1 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4425, B2=0.2099, B3=0.2758, B4=0.0477, B5=0.4765, B6=0.0102 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 27.38°C
- Estimated Salinity: 35.51 PSU
- Water Vapor Density: 59.63 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.883%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 24.4116, Lon: 77.2486 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.1042, B2(Blue)=0.2267, B3(Green)=0.4081, B4(Red)=0.3875, B5(NIR)=0.3461, B6(SWIR)=0.3728.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 24.4116, Lon: 77.2486):
1. Atmospheric Composition:
   - Oxygen (O2): 20.93%
   - Nitrogen (N2): 78.087%
   - Water Vapor Density: 35.84 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.19°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 16.1397, Lon: 69.3689 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.272, B2(Blue)=0.1506, B3(Green)=0.2512, B4(Red)=0.5221, B5(NIR)=0.0558, B6(SWIR)=0.1929.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 16.1397, Lon: 69.3689):
1. Atmospheric Composition:
   - Oxygen (O2): 20.914%
   - Nitrogen (N2): 78.083%
   - Water Vapor Density: 42.31 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.06°C
   - Salinity Level: 36.34 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 10.261, Lon: 88.5904 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.3077, B2(Blue)=0.3927, B3(Green)=0.249, B4(Red)=0.036, B5(NIR)=0.1095, B6(SWIR)=0.1931.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 10.261, Lon: 88.5904):
1. Atmospheric Composition:
   - Oxygen (O2): 20.903%
   - Nitrogen (N2): 78.099%
   - Water Vapor Density: 47.55 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.61°C
   - Salinity Level: 34.31 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2156, 0.044, 0.2944, 0.4693, 0.6066, 0.262] observed at (27.95, 71.7663).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Thar Desert Region (27.95°N, 71.7663°E)
Multispectral Input Vector: [0.2156, 0.044, 0.2944, 0.4693, 0.6066, 0.262]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.913%
- N2 Concentration: 78.096%
- Water Vapor: 18.62 g/m³

Oceanographic Indicators:
- SST: 34.13°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 16.4646, Lon: 89.1322 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1611, B2(Blue)=0.2292, B3(Green)=0.4916, B4(Red)=0.477, B5(NIR)=0.5176, B6(SWIR)=0.0339.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 16.4646, Lon: 89.1322):
1. Atmospheric Composition:
   - Oxygen (O2): 20.902%
   - Nitrogen (N2): 78.09%
   - Water Vapor Density: 55.47 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.75°C
   - Salinity Level: 32.82 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4177, B2=0.3985, B3=0.2161, B4=0.3614, B5=0.6653, B6=0.072 located at Thar Desert Region?

Output:
For the Oceansat-3 sensor reading over Thar Desert Region:
- Estimated Sea Surface Temperature (SST): 33.43°C
- Estimated Salinity: 0.85 PSU
- Water Vapor Density: 21.53 g/m³
Conclusion: The telemetry aligns with standard physical models for Thar Desert Region with O2 concentration at 20.877%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 17.5024, Lon: 85.7996 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.1516, B2(Blue)=0.0745, B3(Green)=0.3417, B4(Red)=0.5047, B5(NIR)=0.0641, B6(SWIR)=0.3319.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 17.5024, Lon: 85.7996):
1. Atmospheric Composition:
   - Oxygen (O2): 20.931%
   - Nitrogen (N2): 78.094%
   - Water Vapor Density: 45.57 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 31.36°C
   - Salinity Level: 32.71 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.2227, 0.1502, 0.2087, 0.4587, 0.3791, 0.0987] observed at (30.4986, 76.2725).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (30.4986°N, 76.2725°E)
Multispectral Input Vector: [0.2227, 0.1502, 0.2087, 0.4587, 0.3791, 0.0987]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.91%
- N2 Concentration: 78.091%
- Water Vapor: 17.83 g/m³

Oceanographic Indicators:
- SST: 6.53°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1994, 0.0924, 0.0695, 0.1274, 0.4211, 0.237] observed at (30.0468, 79.3556).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (30.0468°N, 79.3556°E)
Multispectral Input Vector: [0.1994, 0.0924, 0.0695, 0.1274, 0.4211, 0.237]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.902%
- N2 Concentration: 78.093%
- Water Vapor: 14.32 g/m³

Oceanographic Indicators:
- SST: 5.64°C
- Salinity: 0.33 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.4293, B2=0.0816, B3=0.2554, B4=0.3979, B5=0.2915, B6=0.1979 located at Bay of Bengal - Deep Ocean?

Output:
For the Oceansat-3 sensor reading over Bay of Bengal - Deep Ocean:
- Estimated Sea Surface Temperature (SST): 30.11°C
- Estimated Salinity: 33.26 PSU
- Water Vapor Density: 51.54 g/m³
Conclusion: The telemetry aligns with standard physical models for Bay of Bengal - Deep Ocean with O2 concentration at 20.891%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3153, 0.2569, 0.1546, 0.1932, 0.4156, 0.1197] observed at (32.7038, 80.8154).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (32.7038°N, 80.8154°E)
Multispectral Input Vector: [0.3153, 0.2569, 0.1546, 0.1932, 0.4156, 0.1197]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.88%
- N2 Concentration: 78.103%
- Water Vapor: 14.18 g/m³

Oceanographic Indicators:
- SST: 4.89°C
- Salinity: 0.89 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 11.7961, Lon: 83.2523 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.4018, B2(Blue)=0.3814, B3(Green)=0.1467, B4(Red)=0.1963, B5(NIR)=0.2492, B6(SWIR)=0.0649.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 11.7961, Lon: 83.2523):
1. Atmospheric Composition:
   - Oxygen (O2): 20.896%
   - Nitrogen (N2): 78.109%
   - Water Vapor Density: 48.3 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.13°C
   - Salinity Level: 34.6 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 29.3492, Lon: 83.7192 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.2762, B2(Blue)=0.1096, B3(Green)=0.3427, B4(Red)=0.4994, B5(NIR)=0.2216, B6(SWIR)=0.2363.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 29.3492, Lon: 83.7192):
1. Atmospheric Composition:
   - Oxygen (O2): 20.891%
   - Nitrogen (N2): 78.086%
   - Water Vapor Density: 35.65 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 25.84°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.1577, B2=0.2561, B3=0.1358, B4=0.4667, B5=0.3131, B6=0.0909 located at Himalayan High Altitude?

Output:
For the Oceansat-3 sensor reading over Himalayan High Altitude:
- Estimated Sea Surface Temperature (SST): 6.48°C
- Estimated Salinity: 0.72 PSU
- Water Vapor Density: 13.81 g/m³
Conclusion: The telemetry aligns with standard physical models for Himalayan High Altitude with O2 concentration at 20.938%.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.2377, B2=0.1136, B3=0.346, B4=0.4392, B5=0.5085, B6=0.2898 located at Indian Ocean - Equatorial?

Output:
For the Oceansat-3 sensor reading over Indian Ocean - Equatorial:
- Estimated Sea Surface Temperature (SST): 29.88°C
- Estimated Salinity: 35.13 PSU
- Water Vapor Density: 53.33 g/m³
Conclusion: The telemetry aligns with standard physical models for Indian Ocean - Equatorial with O2 concentration at 20.921%.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.3347, 0.0572, 0.4444, 0.2649, 0.6541, 0.2633] observed at (32.5883, 74.6797).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Himalayan High Altitude (32.5883°N, 74.6797°E)
Multispectral Input Vector: [0.3347, 0.0572, 0.4444, 0.2649, 0.6541, 0.2633]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.888%
- N2 Concentration: 78.094%
- Water Vapor: 15.63 g/m³

Oceanographic Indicators:
- SST: 6.25°C
- Salinity: 0.0 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 33.6646, Lon: 77.8976 in region 'Himalayan High Altitude'. Spectral values: B1(Coastal)=0.3983, B2(Blue)=0.3771, B3(Green)=0.153, B4(Red)=0.2724, B5(NIR)=0.448, B6(SWIR)=0.1408.

Output:
Based on the 6-band multispectral satellite telemetry for Himalayan High Altitude (Lat: 33.6646, Lon: 77.8976):
1. Atmospheric Composition:
   - Oxygen (O2): 20.895%
   - Nitrogen (N2): 78.11%
   - Water Vapor Density: 14.56 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 6.4°C
   - Salinity Level: 0.9 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate low arid/alpine conditions, while sea surface temperature exhibits cool high-latitude characteristics.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 19.3437, Lon: 70.0987 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.4452, B2(Blue)=0.3244, B3(Green)=0.4995, B4(Red)=0.3934, B5(NIR)=0.4329, B6(SWIR)=0.3399.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 19.3437, Lon: 70.0987):
1. Atmospheric Composition:
   - Oxygen (O2): 20.86%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 43.3 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 28.96°C
   - Salinity Level: 36.64 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.1923, 0.1442, 0.2724, 0.2314, 0.4953, 0.1019] observed at (-2.2064, 83.093).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Indian Ocean - Equatorial (-2.2064°N, 83.093°E)
Multispectral Input Vector: [0.1923, 0.1442, 0.2724, 0.2314, 0.4953, 0.1019]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.907%
- N2 Concentration: 78.09%
- Water Vapor: 56.98 g/m³

Oceanographic Indicators:
- SST: 27.74°C
- Salinity: 35.2 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 15.5024, Lon: 70.4105 in region 'Arabian Sea - Coastal Zone'. Spectral values: B1(Coastal)=0.3866, B2(Blue)=0.3781, B3(Green)=0.4598, B4(Red)=0.384, B5(NIR)=0.0757, B6(SWIR)=0.2695.

Output:
Based on the 6-band multispectral satellite telemetry for Arabian Sea - Coastal Zone (Lat: 15.5024, Lon: 70.4105):
1. Atmospheric Composition:
   - Oxygen (O2): 20.892%
   - Nitrogen (N2): 78.096%
   - Water Vapor Density: 41.15 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 29.86°C
   - Salinity Level: 36.54 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.


Instruction: What are the predicted Sea Surface Temperature (SST) and Ocean Salinity from ISRO Oceansat-3 sensor reading: B1=0.0959, B2=0.1602, B3=0.4346, B4=0.2417, B5=0.6813, B6=0.3299 located at Indo-Gangetic Plains?

Output:
For the Oceansat-3 sensor reading over Indo-Gangetic Plains:
- Estimated Sea Surface Temperature (SST): 24.35°C
- Estimated Salinity: 0.0 PSU
- Water Vapor Density: 41.12 g/m³
Conclusion: The telemetry aligns with standard physical models for Indo-Gangetic Plains with O2 concentration at 20.949%.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 27.2285, Lon: 84.972 in region 'Indo-Gangetic Plains'. Spectral values: B1(Coastal)=0.2683, B2(Blue)=0.0698, B3(Green)=0.4497, B4(Red)=0.4206, B5(NIR)=0.2157, B6(SWIR)=0.0405.

Output:
Based on the 6-band multispectral satellite telemetry for Indo-Gangetic Plains (Lat: 27.2285, Lon: 84.972):
1. Atmospheric Composition:
   - Oxygen (O2): 20.899%
   - Nitrogen (N2): 78.097%
   - Water Vapor Density: 36.79 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 24.65°C
   - Salinity Level: 0.0 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate moderate conditions, while sea surface temperature exhibits moderate coastal characteristics.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0959, 0.0456, 0.1596, 0.4476, 0.6956, 0.2712] observed at (11.0435, 82.4528).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (11.0435°N, 82.4528°E)
Multispectral Input Vector: [0.0959, 0.0456, 0.1596, 0.4476, 0.6956, 0.2712]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.941%
- N2 Concentration: 78.089%
- Water Vapor: 55.89 g/m³

Oceanographic Indicators:
- SST: 31.79°C
- Salinity: 33.63 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Provide a complete atmospheric and oceanographic scientific report for satellite spectral tensor [0.0907, 0.3057, 0.0778, 0.4357, 0.5355, 0.1591] observed at (14.4883, 83.4082).

Output:
ISRO GEOSPATIAL SCIENTIFIC REPORT
Location: Bay of Bengal - Deep Ocean (14.4883°N, 83.4082°E)
Multispectral Input Vector: [0.0907, 0.3057, 0.0778, 0.4357, 0.5355, 0.1591]
--------------------------------------------------
Atmospheric Indicators:
- O2 Concentration: 20.919%
- N2 Concentration: 78.109%
- Water Vapor: 51.88 g/m³

Oceanographic Indicators:
- SST: 31.95°C
- Salinity: 34.01 PSU

Recommendation: Telemetry data is valid and verified against MOSDAC/VEDAS reference baselines.


Instruction: Analyze the 6-band multispectral satellite telemetry and estimate atmospheric composition and oceanographic parameters for coordinates Lat: 10.7895, Lon: 83.2263 in region 'Bay of Bengal - Deep Ocean'. Spectral values: B1(Coastal)=0.0541, B2(Blue)=0.3061, B3(Green)=0.3082, B4(Red)=0.3299, B5(NIR)=0.6462, B6(SWIR)=0.2897.

Output:
Based on the 6-band multispectral satellite telemetry for Bay of Bengal - Deep Ocean (Lat: 10.7895, Lon: 83.2263):
1. Atmospheric Composition:
   - Oxygen (O2): 20.945%
   - Nitrogen (N2): 78.098%
   - Water Vapor Density: 55.2 g/m³
2. Oceanographic Assessment:
   - Sea Surface Temperature (SST): 30.01°C
   - Salinity Level: 33.76 PSU
Diagnostic Summary: Atmospheric water vapor levels indicate elevated tropical conditions, while sea surface temperature exhibits warm tropical characteristics.