AFTER 40 years of working with microscopic algae in marine and freshwater
environments, from oceans to flower vases, New Zealand researcher Vivienne
Cassie Cooper has tired of waiting for the community to recognise their
significance. So she has privately published a lavishly illustrated, 160-page
book about the organisms. Entitled Microalgae: Microscopic marvels, the
book is aimed at general readers and students. It is estimated that microalgae,
particularly diatoms, produce about 70 per cent of the world’s oxygen. They also
form the basis of the marine and freshwater food chains. And Cooper says they
have the most beautiful forms in the whole scheme of evolution. Ironically, with
the advent of red tides and blue-green algae contamination of freshwater, there
is now increasing interest in microalgae. The book is available from Riverside
Books, P.O. Box 7054, Hamilton, New Zealand for A$30 (NZ$30 in New
Zealand) plus a handling charge.
More from New ¾«¶«´«Ã½
Explore the latest news, articles and features

Space
Mercury may have gained all of its unexpected water in a single day
News

Health
Experimental mRNA vaccine may protect against multiple Ebola viruses
News

Mind
Political anger affects the body differently to other forms of anger
News

Health
Australia is battling its largest diphtheria outbreak in living memory
News
Popular articles
Trending New ¾«¶«´«Ã½ articles
1
Photos reveal unexpected details from the world's first atomic test
2
Mathematicians stunned by AI's biggest breakthrough in mathematics yet
3
How I used psychology to come back from the worst year of my life
4
The ‘doomsday’ glacier’s giant ice shelf is about to break away
5
The Selfish Gene at 50: Why Dawkins’s evolution classic still holds up
6
Putting CO2 into rocks and getting hydrogen out is climate double win
7
Mercury may have gained all of its unexpected water in a single day
8
The 50-year quest to create a quantum spin liquid may finally be over
9
Red-light therapy does have health benefits but not the ones you think
10
A lost ancient script reveals how writing as we know it really began