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在未来，基因工程改造将有两个办法，一种是通过合成生物学，一种是将干细胞重新编制导致产生新的细胞，组织，器官。这些改变将不断满足变化的环境和人类的欲望。
合成生物学将新的DNA片段和人造元素（金属，电子元件）组合，形成新的属性，以更好的适应因为气候变化造成的新环境(干旱压力，疾病，捕食者的变化)而对活体细胞的改良了以提高生物的性能比如视力还有寿命，帮助人类更好的适应环境。而这个项目，基于这两种方式研究，创作出具有不同特性的生物—-未来的古生物。
The Post Natural History project Post this encyclopedic boards near future, between memory and projection, where different living species are modified to meet changing environments and new desires of man.
At the beginning of XXI century the genetic modification has taken two new paths. On the one hand, synthetic biology, which combines genetic engineering and, secondly, the reprogramming of stem cells leads to the production of new cells, new fabrics and new bodies.
Living species from synthetic biology, integrating new DNA fragments and artificial elements (eg metal or electronics), have new properties to better adapt to new environments (and accompanying events as drought stress, disease, predators) due to climate change.
Living organisms whose cells have been genetically manipulated strains show new opportunities or performance properties: better acuity or vision, increased breathing capacity, longer life expectancy … Also, these neo-beings have characteristics to better adapt to different environments, new scalable.
Post Natural History archives report on these two lines of research pioneered by the very creation of these bodies, synthetics, improved or increased.
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