Then we work to increase the volume of algae until we reach the point where were ready to go into the greenhouse and start production for people. But not all algae grow fast enough to be used for industrial purposes thats something alexander matis is aiming to change he works at the Swiss Federal Institute of technology in zurich. At the moment the algae are growing too slowly to concentration once we finish cultivating is still too low that means producing and processing the micro algae is too costly for me quite. The scientists are working to accelerate the growth of the algae using short high voltage pulses the Single Celled Organisms have huge potential. Because we could use micro algae to produce very interesting new substitutes we are able to convert the Algae Proteins into a meat like substance that would facilitate a protein rich vegetable based diet and reduce Meat Consumption at the same time. That many types of algae can be eaten directly without any processing at all french
just snacking all day doesn t it. but still they grow to a monster size. the marine mammals can reach up to 33 meters in length and can weigh up to 200 tons. that makes them the biggest animals ever to have lived. larger even than the most gigantic dinosaurs. that s because in water gravity poses fewer constraints meaning fewer barriers to growth and more mobility another advantage of the large size is that whales lose less body heat than their smaller relatives. but they weren t always so colossal once upon a time the largest species measured only about 12 meters. it was only 2 or 3000000
lived. larger even than the most gigantic dinosaurs. that s because in water gravity poses fewer constraints meaning fewer barriers to growth and more mobility another advantage of the large size is that whales lose less body heat than their smaller relatives. but they weren t always so colossal once upon a time the largest species measured only about twelve meters. it was only two or three million years ago that they went through a growth spurt during the ice age oceanic temperatures dropped causing a disruption to establish currents. this led to an increased concentration of fish plankton and krill and some coastal regions. from an evolutionary perspective it
lived. larger even than the most gigantic dinosaurs. that s because in water gravity poses fewer constraints meaning fewer barriers to growth and more mobility another advantage of the large size is that whales lose less body heat than their smaller relatives. but they weren t always so colossal once upon a time the largest species measured only about twelve meters. it was only two or three million years ago that they went through a growth spurt during the ice age oceanic temperatures dropped causing a disruption to establish currents. this led to an increased concentration of fish titan and krill and some coastal regions. from an evolutionary perspective it was
lived. larger even than the most gigantic dinosaurs. that s because in water gravity poses fewer constraints meaning fewer barriers to growth and more mobility another advantage of their large size is that whales lose less body heat than their smaller relatives. but they weren t always so colossal once upon a time the largest species measured only about twelve meters. it was only two or three million years ago that they went through a growth spurt during the ice age oceanic temperatures dropped causing a disruption to establish currents. this led to an increased concentration of fish plantain and krill and some coastal regions. from an evolutionary perspective it