{"data":{"id":9,"name":"Marine geohazard survey in deep water","gallery_categories_id":2,"location":"Mediterranean Sea","water_depth":"800-1500 m","remarks":"<div data-pm-slice=\"1 1 []\" data-en-clipboard=\"true\">Survey designed to assess the risks related to instabilities and deformation processes. The equipment employed was the Geo-Spark 800 tips with 6000J of energy and a Geo-Sense 48 Multi-Channel Streamer. It was able to provide up to 400 m of penetration and maximum resolution of 30 cm.<\/div>","image":"20220725211234-Captura de Tela 2022-07-25 a\u0300s 16.12.18.png","status":1,"order":0,"created_at":"2022-07-24T01:38:17.000000Z","updated_at":"2026-01-28T21:02:18.000000Z"},"translate":{"id":9,"name":"Marine geohazard survey in deep water","gallery_categories_id":2,"location":"Mediterranean Sea","water_depth":"800-1500 m","remarks":"<div data-pm-slice=\"1 1 []\" data-en-clipboard=\"true\">Survey designed to assess the risks related to instabilities and deformation processes. The equipment employed was the Geo-Spark 800 tips with 6000J of energy and a Geo-Sense 48 Multi-Channel Streamer. It was able to provide up to 400 m of penetration and maximum resolution of 30 cm.<\/div>","image":"20220725211234-Captura de Tela 2022-07-25 a\u0300s 16.12.18.png","status":1,"order":0,"created_at":"2022-07-24T01:38:17.000000Z","updated_at":"2026-01-28T21:02:18.000000Z"}}