Satellite images appear to confirm the claim by Californian Russ George that the iron has spawned an artificial
plankton bloom as large as 10,000 square kilometres.
Not exact matches
Satellite images
as well
as maps of chlorophyll abundance appear to show that the iron did indeed fuel a
plankton bloom in August.
A storm in Africa's Sahara Desert brought a sandy fertilizer to the Atlantic Ocean on April 8, triggering
plankton blooms that show up
as blue - green swirls in this photo from the European Space Agency's Envisat satellite.
Iron can fuel
plankton blooms and influence how the ocean responds to climate change, while the lead images show the impact of past pollution on the ocean and continuing contamination in some parts of the world and aluminium is used
as a tracer of desert dust inputs to the ocean.
SCINTILLATING SWIRLS In a satellite image taken February 3,
plankton blooms appear
as green whorls in the Arabian Sea.
The team studied whale sharks
as the animals gathered en masse to dine on
plankton blooms in the Gulf of Mexico and Caribbean Sea waters near Isla Holbox, Mexico, to feed from May to September.
Plankton blooms, particularly in rainy season can attract larger creatures such as plankton - feeding whales and man
Plankton blooms, particularly in rainy season can attract larger creatures such
as plankton - feeding whales and man
plankton - feeding whales and manta rays.
The species is an extinct form of dinoflagellate — a group of single - celled
plankton, some of which today give rise to toxic
blooms known
as red tides.
Best guess — mostly into the ocean; if we're lucky
as sinking dead
plankton directly into sediments; if we're not lucky,
as increasing acidity, slime and toxic algae
blooms.
I write this to you from my rubber room, where other inmates have their own ideas such
as salting the oceans with iron, leading to a proliferation of algae
blooms and possible destruction of
plankton and with consequences for life up the food chain.
There does need to be more study to identify exactly how much carbon dioxide is actually sequestered in the bottom of the ocean, but the use of iron
as a fertilizer in naturally barren areas of the ocean to induce
plankton blooms is no different from what mankind has been doing for thousands of yeas — albeit on the ocean versus on land.
If our climate continues to warm at today's rate, scientists expect North Sea
plankton that respond to temperature cues to
bloom even earlier in the coming decades.7 With a growing mismatch in life cycles among various species of
plankton,
as well
as further climate - induced shifts in their abundance and distribution, effects on the North Sea ecosystem — including cod — are projected to be considerable.7, 8
Before, during and after stimulating this
plankton bloom, our research ship and two Autonomous Underwater Vehicles known
as Slocum gliders collected detailed mesoscale data of the ocean ecosystem so that scientific conclusions could be made on the merits of this endeavour.
The good news is that such air capture could be less expensive and invasive than, for instance, such measures, mentioned above,
as «seeding the oceans with iron to spur
plankton blooms» (which strikes me
as a global ecological disaster waiting to happen if a mutation occurs or terrorists do a genetic hack.)