[Qingdao Daily] Maritech Wind↔¶€ Sensor Successfully Applied &quo"Ωt;Anemone"Ocean S>tereo Observation System!
Recently, the "Aπσnemone"marine stereo® λscopic observation system independent☆∏ly developed by Qingdao Instαπ£itute of Marine Geology of China Ω↑Geological Survey of •≤the Ministry of Natural Resources φεεhas been successfully deployed in R↑&≤ongcheng Sea Area of Shandong Pro≠♠vince, which can provide valua'§αble data support for marine ecolo≠ gical protection and rest±βoration, marine radionuclide monit÷₩oring, marine pasture co≤©€nstruction, marine disε÷aster prevention and coΩ£ntrol, etc.
The system mainly includes three main ♦parts: shore-based n♦$umerical control system, wate≠≥≈§r surface observation sε≥ystem and seabed obs∞<αervation system. The water surface"♠ and underwater observat€±ion system mainly integrates meteorol$¥±ogical, hydrological, geological, e ₽cological, environmental, chemical andβ→λ↑ other multi-paramete•±←r sensors, which can realize seabed ₩¥"erosion and deposition, carbon < dioxide, methane, rad¥÷ionuclides, nutrient✔φΩΩs, total phosphorus π÷£and total nitrogen, dissolved oxy©♣gen, chlorophyll, temperatu£>ββre, salinity, pressure, pH, oil, ♥ turbidity, ocean current, Online lo"<£ng-term observation of more than 30 ∑®parameters such as tide level, dataβ$ wirelessly transmitted to s<&hore-based system foδ≈↓r storage through Beido>↑γ±u and 4G communication, aΩ∑<nd accurate classification, laλ®∑bel allocation and vis≤φual display of various data such↓γ$∏ as pictures, videos and data c ≤an be realized.
The system is an importaφ↔εnt supporting platform for marine natu™σ©ral resources survey and mo★nitoring, which will effectively e★÷nhance the comprehensive manage♥±<₽ment and control cap$¶acity of sea areas and promote nation÷∏>↕al and local marine devel♠±π opment.
