Western Pacific 0n 140e

Creative Rationale

Over the vast Western Pacific near the equator and 140 degrees east longitude, where tropical waters meet dynamic atmospheric forces, moderate winds carry moisture-laden air through a landscape of shifting pressure gradients. The relatively low sea-level pressure with its strong gradient creates a sense of compressed energy, while the high humidity and precipitation suggest layers of translucent veils moving through space. Following Tannahill's approach to palimpsestic layering, I've built dense accumulations of semi-transparent forms that reference both the chaotic input of weather data and the structured output of cognitive processing, with fragments of geometric order emerging from and dissolving back into organic atmospheric fields.

Atmospheric Data

Date: 2026-03-16
Location: 0°N, 140°E (Western Pacific 0n 140e)
Pressure: 1007.9 hPa (gradient: 33.74)
Wind: 6.4 m/s from 304°
Temperature: 27.4°C (anomaly: 14.7°C)
Humidity: 81%
Precipitation: 2.4 mm
Visual Interest Score: 42

Technical Details

Model: AI (Sonnet 4) via Amazon Bedrock
Artist Inspiration: Lesley Tannahill
Weather Source: Open-Meteo API (GFS model)
Format: SVG (2048×2048 viewBox) + PNG
Generated: 2026-03-16T18:25:24.414490+00:00
Compute: AWS Lambda (Python 3.12, 512 MB, us-east-1)
Run ID: 2026-03-16-182419

License: This artwork is licensed under CC BY-NC-ND 4.0. Attribution: James Tannahill / art.jamestannahill.com. No commercial use or derivatives without permission.