Revisions for Tortuga Guardian
| 26 CURRENT | GSan |
April 10, 2020 21:39
| over 4 years ago
https://www.youtube.com/watch?v=ienOsKmb7cA La presencia de microplásticos en los océanos es una amenaza creciente para los ecosistemas marinos, y cada kilómetro cuadrado de sedimento marino se puede encontrar alrededor de 4 mil millones de desechos plásticos microscópicos. The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
[punta de un conector LED en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ] [LED connector on a high concentration microplastic particle port marina for OpenCV sensor and 850, 950 and 1050 nm spectrometer calibration - viewed by RaspCam microscope + phone camera lens inverted ] _
Guardian Turtle es un flotador basado en el diseño robótico BEAM (Biología, Electrónica, Estética y Mecánica) de una tortuga marina, capaz de leer parámetros fisicoquímicos de calidad marina y evaluar la presencia de microplásticos en el mar. La estructura física será una combinación de técnicas náuticas, instrumentos de espectrómetro de ciencia ciudadana e impresión 3D. Con Guardian Turtle se propone un instrumento que ayuda a reducir el daño a las tortugas y otros animales marinos que viven y se alimentan cerca de la región donde estarían los drones. Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Sensores fisicoquímicos, puedem detectar y alertar (através de una red LoRa), desde pequeñas fugas de aceite hasta pH (potencial de hidrógeno), CE (conductividad eléctrica), temperatura, presión barométrica, incidencia solar y UV, deduciendo así los índices de salud marina, así como contando y permitiendo acciones de recolección de microplásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 25 | GSan |
December 03, 2019 14:35
| about 5 years ago
La presencia de microplásticos en los océanos es una amenaza creciente para los ecosistemas marinos, y cada kilómetro cuadrado de sedimento marino se puede encontrar alrededor de 4 mil millones de desechos plásticos microscópicos. The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
[punta de un conector LED en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ] [LED connector on a high concentration microplastic particle port marina for OpenCV sensor and 850, 950 and 1050 nm spectrometer calibration - viewed by RaspCam microscope + phone camera lens inverted ] _
Guardian Turtle es un flotador basado en el diseño robótico BEAM (Biología, Electrónica, Estética y Mecánica) de una tortuga marina, capaz de leer parámetros fisicoquímicos de calidad marina y evaluar la presencia de microplásticos en el mar. La estructura física será una combinación de técnicas náuticas, instrumentos de espectrómetro de ciencia ciudadana e impresión 3D. Con Guardian Turtle se propone un instrumento que ayuda a reducir el daño a las tortugas y otros animales marinos que viven y se alimentan cerca de la región donde estarían los drones. Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Sensores fisicoquímicos, puedem detectar y alertar (através de una red LoRa), desde pequeñas fugas de aceite hasta pH (potencial de hidrógeno), CE (conductividad eléctrica), temperatura, presión barométrica, incidencia solar y UV, deduciendo así los índices de salud marina, así como contando y permitiendo acciones de recolección de microplásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 24 | GSan |
November 30, 2019 03:16
| about 5 years ago
La presencia de microplásticos en los océanos es una amenaza creciente para los ecosistemas marinos, y cada kilómetro cuadrado de sedimento marino se puede encontrar alrededor de 4 mil millones de desechos plásticos microscópicos. The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
[punta de un conector LED en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ] [LED connector on a high concentration microplastic particle port marina for OpenCV sensor and 850, 950 and 1050 nm spectrometer calibration - viewed by RaspCam microscope + phone camera lens inverted ] _
Guardian Turtle es un flotador basado en el diseño robótico BEAM (Biología, Electrónica, Estética y Mecánica) de una tortuga marina, capaz de leer parámetros fisicoquímicos de calidad marina y evaluar la presencia de microplásticos en el mar. La estructura física será una combinación de técnicas náuticas, instrumentos de espectrómetro de ciencia ciudadana e impresión 3D. Con Guardian Turtle se propone un instrumento que ayuda a reducir el daño a las tortugas y otros animales marinos que viven y se alimentan cerca de la región donde estarían los drones. Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 23 | GSan |
November 30, 2019 03:15
| about 5 years ago
La presencia de microplásticos en los océanos es una amenaza creciente para los ecosistemas marinos, y cada kilómetro cuadrado de sedimento marino se puede encontrar alrededor de 4 mil millones de desechos plásticos microscópicos. The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
[punta de un conector LED en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ] [LED connector on a high concentration microplastic particle port marina for OpenCV sensor and 850, 950 and 1050 nm spectrometer calibration - viewed by RaspCam microscope + phone camera lens inverted ] _
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 22 | GSan |
November 30, 2019 03:14
| about 5 years ago
La presencia de microplásticos en los océanos es una amenaza creciente para los ecosistemas marinos, y cada kilómetro cuadrado de sedimento marino se puede encontrar alrededor de 4 mil millones de desechos plásticos microscópicos. The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
[punta de un conector LED en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ] [LED connector on a high concentration microplastic particle port marina for OpenCV sensor and 850, 950 and 1050 nm spectrometer calibration - viewed by RaspCam microscope + phone camera lens inverted ] [punta de un conector LED de 5 mm en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ]
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 21 | GSan |
November 30, 2019 03:13
| about 5 years ago
La presencia de microplásticos en los océanos es una amenaza creciente para los ecosistemas marinos, y cada kilómetro cuadrado de sedimento marino se puede encontrar alrededor de 4 mil millones de desechos plásticos microscópicos. The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
[punta de un conector LED en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ] [LED connector on a high concentration microplastic particle port marina for OpenCV sensor and 850, 950 and 1050 nm spectrometer calibration - viewed by RaspCam microscope + phone camera lens inverted ] [punta de un conector LED de 5 mm en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ]
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 20 | GSan |
November 30, 2019 03:13
| about 5 years ago
La presencia de microplásticos en los océanos es una amenaza creciente para los ecosistemas marinos, y cada kilómetro cuadrado de sedimento marino se puede encontrar alrededor de 4 mil millones de desechos plásticos microscópicos. The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
[punta de un conector LED en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ] [LED connector on a high concentration microplastic particle port marina for OpenCV sensor and 850, 950 and 1050 nm spectrometer calibration - viewed by RaspCam microscope + phone camera lens inverted ] [punta de un conector LED de 5 mm en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ]
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 19 | GSan |
November 30, 2019 03:10
| about 5 years ago
La presencia de microplásticos en los océanos es una amenaza creciente para los ecosistemas marinos, y cada kilómetro cuadrado de sedimento marino se puede encontrar alrededor de 4 mil millones de desechos plásticos microscópicos. The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
[punta de un conector LED en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ] [LED connector on a high concentration microplastic particle port marina for OpenCV sensor and 850, 950 and 1050 nm spectrometer calibration - viewed by RaspCam microscope + phone camera lens inverted ] [punta de un conector LED de 5 mm en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ]
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 18 | GSan |
November 30, 2019 03:09
| about 5 years ago
La presencia de microplásticos en los océanos es una amenaza creciente para los ecosistemas marinos, y cada kilómetro cuadrado de sedimento marino se puede encontrar alrededor de 4 mil millones de desechos plásticos microscópicos. The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
[punta de un conector LED en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ] [LED connector on a high concentration microplastic particle port marina for OpenCV sensor and 850, 950 and 1050 nm spectrometer calibration - viewed by RaspCam microscope + phone camera lens inverted ] [punta de un conector LED de 5 mm en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ]
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 17 | GSan |
November 30, 2019 03:07
| about 5 years ago
La presencia de microplásticos en los océanos es una amenaza creciente para los ecosistemas marinos, y cada kilómetro cuadrado de sedimento marino se puede encontrar alrededor de 4 mil millones de desechos plásticos microscópicos. [punta de un conector LED de 5 mm en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ]
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 16 | GSan |
November 30, 2019 03:05
| about 5 years ago
La presencia de microplásticos en los océanos es una amenaza creciente para los ecosistemas marinos, y cada kilómetro cuadrado de sedimento marino se puede encontrar alrededor de 4 mil millones de desechos plásticos microscópicos. [punta de un conector LED de 5 mm en una gotita marina de partículas microplásticas de alta concentración de microplástico para la calibración del sensor OpenCV y un espectrómetro de 850, 950 y 1050 nm - visto por el microscopio RaspCam + lente de la cámara del teléfono invertido ] The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 15 | GSan |
November 30, 2019 03:03
| about 5 years ago
La presencia de microplásticos en los océanos es una amenaza creciente para los ecosistemas marinos, y cada kilómetro cuadrado de sedimento marino se puede encontrar alrededor de 4 mil millones de desechos plásticos microscópicos. The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 14 | GSan |
November 30, 2019 03:03
| about 5 years ago
La presencia de microplásticos en los océanos es una amenaza creciente para los ecosistemas marinos, y cada kilómetro cuadrado de sedimento marino se puede encontrar alrededor de 4 mil millones de desechos plásticos microscópicos. [ponta de um conector de LED 5mm dentro de uma gota d'água marinha com particulas de microplasticos com alta concentração de microplastícos para calibração do sensor OpenCV e espectrometro 850, 950 e 1050nm - vistas por um microscópio RaspCam + lente de camera de celular invertida] The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 13 | GSan |
November 30, 2019 02:40
| about 5 years ago
A presença de micro plásticos nos oceanos é uma ameaça crescente aos ecossistemas marinhos, em cada quilômetro quadrado de sedimentos marinhos podem ser encontrados ao redor de 4 bilhões de restos microscópicos de plástico. [ponta de um conector de LED 5mm dentro de uma gota d'água marinha com particulas de microplasticos com alta concentração de microplastícos para calibração do sensor OpenCV e espectrometro 850, 950 e 1050nm - vistas por um microscópio RaspCam + lente de camera de celular invertida] The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 12 | GSan |
November 30, 2019 02:39
| about 5 years ago
Design and construction of a floating and submersible drone capable of identifying and accounting for the presence of micro plastics in marine environmental reserves. A presença de micro plásticos nos oceanos é uma ameaça crescente aos ecossistemas marinhos, em cada quilômetro quadrado de sedimentos marinhos podem ser encontrados ao redor de 4 bilhões de restos microscópicos de plástico. [ponta de um conector de LED 5mm dentro de uma gota d'água marinha com particulas de microplasticos com alta concentração de microplastícos para calibração do sensor OpenCV e espectrometro 850, 950 e 1050nm - vistas por um microscópio RaspCam + lente de camera de celular invertida] The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 11 | GSan |
November 30, 2019 02:38
| about 5 years ago
Design and construction of a floating and submersible drone capable of identifying and accounting for the presence of micro plastics in marine environmental reserves. A presença de micro plásticos nos oceanos é uma ameaça crescente aos ecossistemas marinhos, em cada quilômetro quadrado de sedimentos marinhos podem ser encontrados ao redor de 4 bilhões de restos microscópicos de plástico. [ponta de um conector de LED 5mm dentro de uma gota d'água marinha com particulas de microplasticos com alta concentração de microplastícos para calibração do sensor OpenCV e espectrometro 850, 950 e 1050nm - vistas por um microscópio RaspCam + lente de camera de celular invertida] The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. Colaboradores:
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| 10 | GSan |
November 30, 2019 02:37
| about 5 years ago
Design and construction of a floating and submersible drone capable of identifying and accounting for the presence of micro plastics in marine environmental reserves. A presença de micro plásticos nos oceanos é uma ameaça crescente aos ecossistemas marinhos, em cada quilômetro quadrado de sedimentos marinhos podem ser encontrados ao redor de 4 bilhões de restos microscópicos de plástico. [ponta de um conector de LED 5mm dentro de uma gota d'água marinha com particulas de microplasticos com alta concentração de microplastícos para calibração do sensor OpenCV e espectrometro 850, 950 e 1050nm - vistas por um microscópio RaspCam + lente de camera de celular invertida] The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. @GSan; Colaboradores:
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| 9 | GSan |
November 30, 2019 02:36
| about 5 years ago
Design and construction of a floating and submersible drone capable of identifying and accounting for the presence of micro plastics in marine environmental reserves. A presença de micro plásticos nos oceanos é uma ameaça crescente aos ecossistemas marinhos, em cada quilômetro quadrado de sedimentos marinhos podem ser encontrados ao redor de 4 bilhões de restos microscópicos de plástico. [ponta de um conector de LED 5mm dentro de uma gota d'água marinha com particulas de microplasticos com alta concentração de microplastícos para calibração do sensor OpenCV e espectrometro 850, 950 e 1050nm - vistas por um microscópio RaspCam + lente de camera de celular invertida] The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
Guardian Turtle will be a floating based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. @GSan; Colaboradores:
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| 8 | GSan |
November 30, 2019 02:36
| about 5 years ago
Design and construction of a floating and submersible drone capable of identifying and accounting for the presence of micro plastics in marine environmental reserves. A presença de micro plásticos nos oceanos é uma ameaça crescente aos ecossistemas marinhos, em cada quilômetro quadrado de sedimentos marinhos podem ser encontrados ao redor de 4 bilhões de restos microscópicos de plástico. [ponta de um conector de LED 5mm dentro de uma gota d'água marinha com particulas de microplasticos com alta concentração de microplastícos para calibração do sensor OpenCV e espectrometro 850, 950 e 1050nm - vistas por um microscópio RaspCam + lente de camera de celular invertida] The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
Guardian Turtle will be a floating and submersible drone (ROV) based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. @GSan; Colaboradores:
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| 7 | GSan |
November 30, 2019 02:35
| about 5 years ago
Design and construction of a floating and submersible drone capable of identifying and accounting for the presence of micro plastics in marine environmental reserves. A presença de micro plásticos nos oceanos é uma ameaça crescente aos ecossistemas marinhos, em cada quilômetro quadrado de sedimentos marinhos podem ser encontrados ao redor de 4 bilhões de restos microscópicos de plástico. [ponta de um conector de LED 5mm dentro de uma gota d'água marinha com particulas de microplasticos com alta concentração de microplastícos para calibração do sensor OpenCV e espectrometro 850, 950 e 1050nm - vistas por um microscópio RaspCam + lente de camera de celular invertida] The presence of micro plastics in the oceans is a growing threat to marine ecosystems, with every square kilometer of marine sediment being found around 4 billion microscopic plastic debris.
Guardian Turtle will be a floating and submersible drone (ROV) based on the BEAM robotic design (Biology, Electronics, Aesthetics and Mechanics) of a sea turtle capable of reading marine quality physicochemical parameters and assessing the presence of micro plastics. at sea. The physical structure will be a combination of nautical techniques, citizen science spectrometer instruments and 3D printing. With Guardian Turtle is proposed an instrument that helps reduce damage to turtles and other marine animals that live and feed near the region where the drones would be. Através de sensores físico-químicos, pode detectar e criar alertas (através de uma rede Mesh WiFi), desde pequenas fugas de óleo até pH (potencial de hidrogênio), EC (condutividade elétrica), temperatura, pressão barométrica, incidência solar e UV, deduzindo assim os índices de saúde marinha, além de contar e permitir ações de coleta dos micro plásticos detectados. Through physicochemical sensors, you can detect and alert (via a WiFi mesh network), from small oil leaks to pH (hydrogen potential), EC (electrical conductivity), temperature, barometric pressure, solar incidence and UV, thus deducing marine health indices, as well as counting and allowing collection actions of detected micro plastics. @GSan; Colaboradores:
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