A day at Sea
1.14PM. The sun is high in the sky. I am enjoying its energizing warmth on the bow. Only the wind is keeping me company with its mild whistling.
1.14PM. Ten hours of work have already passed by. Fast, very fast. The alarm goes off at 2 AM. Eyes wide open. Take a quick shower. Run to the computer lab. Check the water profile following in real time the sensors going down into the dark ocean. Pick the most representative depths for the water dynamics we want to capture aaaand…COFFEE. One, well maybe two cups, and the show is on! The rush to get the experiments setup before sunrise, the frentic collection of samples under dim light so as to not interfere with the biological processes of plankton, the labeling, the filtering and fixing of hundreds of samples. The instruments all over the biology main lab start whirling, pumping, aspirating, shooting with lasers and cameras all sorts of samples. The computers start showing an incredible variety of data, numbers, plots, and pictures of our tiny friends that will help us unravel the complex and amazing world of plankton and its relations with atmospheric processes.
Compositional characterization of nano- and microplankton produced by the FlowCam (left picture), and data analysis of the smaller planktonic components (right picture) on the Guava FlowCytometer.
All of a sudden someone yells: “science meeting in five” and you realize that nine hours have passed by. Nine very intense hours. Balancing efficiency and accuracy to produce good science with laughs exploding randomly here and there, dance steps, singing and passion, tons of passion for our job, for the trill of the discovery, for the opportunity we have to contribute to expand the understanding of processes that made and keep this planet habitable. So, at 11 sharp we all converge to the library where Mike, our Chief Scientist, will share with us the latest satellite images of the ocean forecast, the most recent data transmitted by the floats we released during the last field campaign on the dynamics we will find at our next station, and the essential Plan Of the Day, detailed schedule of the daily operations that allows this complicated scientific operation to run smoothly, joyful and productive for 26 days straight out in the middle of the North Atlantic!
The Menden-Deuer Lab Team at work at Station 2 during NAAMES IV.
From left to right: Caitlin Russell, Gayantonia Franzè, Françoise Morison.
Written by Gayantonia Franzè
Hola mi nombre es pablo estube tocando guitarra y una pequeña peluza se enredo en una de mis cuerdas
Cuando tocaba la cuerda se movia la peluza pero la inclinaba hacia abajo y no bajaba osea tenia un movimiento no originado por la inclinacion osea la peluza se movia porque fisicamente dentro del agujero donde pasaba la cuerda al vibrar tenia la peluza un estilo de tornillo que se movia y cambiaba de direcciones.
¿¿¿¿ CONSULTA EN UN LASER SE PUEDE ORIGINAR UNA VIBRACION Y ALGUN TIPO DE ARTEFACTO SE PODRIA DESLISAR PARA CREAR ESE MOVIMIENTO PARA VIAJAR SIN UN TIPO DE MOTOR HACIA EL UNIVERSO????