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由于能源的需要,石油、煤和铀的地质勘探工作也加速发展。微体古生物学在此方面已成为一个有用的手段。目前已有许多微体古生物人员在矿业开发方面应用此手段,这一技术就是孢粉学。最初孢粉学仅涉及到花粉粒和孢子(主要被风传播),但是随后又包括了原生动物门、藻类和其他微生物化石的孢子。此门技术的根据是:花粉粒和孢子很小,容易传播。因此千百个这种花粉囊或化石集合体就可用来
Geological exploration for oil, coal and uranium has also accelerated due to energy needs. Microbiological paleontology has become a useful tool in this regard. At present, many micro-organism paleontologists have applied this method in mining development. The technique is palynology. Palynology initially involved only pollen grains and spores (mainly spread by the wind), but subsequently included spores of protozoan doors, algae and other microbial fossils. The door technology is based on: pollen grains and spores is small, easy to spread. Therefore, hundreds of such pollen sacs or fossil aggregates can be used