Every academic discipline has a few, the contrarian naysayers who steadfastly believe their idea is true, even it flies in the face of natural laws and mountains of evidence to the contrary. Physicists have to contend with inventors of perpetual motion machines, astronomers and geographers have to put up with the growing legion of flat-earthers, and palaeontologists are now faced with this. Ladies and gentlemen, allow me to introduce Brian J. Ford and his amazing aquatic dinosaurs.
If I asked you to propose solutions to some of the world’s problems and future challenges, things such as overpopulation, food production, hunger, soil erosion, resource depletion, energy production etc., what ideas would you put forth? Most likely, your proposals would build on the intellectual legacy of two men you have never heard of. Allow American journalist and writer Charles C. Mann to introduce you to ecologist William Vogt, father of the environmental movement, and Nobel-Peace-Prize-winning plant breeder Norman Borlaug, instigator of the agricultural Green Revolution.
When I reviewed Planet of Microbes: The Perils and Potential of Earth’s Essential Life Forms, I remarked that microbes are everywhere. If you are willing to stretch the definition of life a bit further still, there is one entity that is even more numerous and omnipresent: the humble virus. We tend to think of viruses almost exclusively in the context of disease (see for example The Invisible Enemy: A Natural History of Viruses). But, as virologist and pharmaceutical researcher Michael Cordingley shows here, they are so much more than mere pathogens and have a huge influence on evolutionary processes in all organisms. This book paints a remarkable portrait of these unusual life forms.
Antibiotics have been saving human lives since the drug Salvarsan was discovered in 1932. Penicillin went into mass-production in 1942. This is not a long time when you think about it, but a world without the protection offered by them already seems unimaginable. Not only have they offered protection from diseases such as tuberculosis, and stopped infections following injury or childbirth, they have also allowed us to develop surgical techniques requiring immune system suppression such as organ transplants. However, careless use of antibiotics has accelerated evolution of drug-resistant bacteria such that we are about to lose their protection.