Activity for Andsaurâ€
Type | On... | Excerpt | Status | Date |
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Scientific Accuracy - Advantages and Complications of Tetrachromacy Underwater I have devised a semi-aquatic sapient species known as the Hexapi who until now I thought were trichromats. However, after doing my research on the evolution of the eye, I found out that colour vision may be a disadvantage underwater. As I didn't want to give them polarised light vision, I decided to... (more) |
— | over 7 years ago |
Question | — |
Scientific Accuracy - How can we make an alien brain more 'efficient' than a human's? I am designing an semi-aquatic sapient species known as the Tetrapi. They have an appearance similar to that octopi, only with 4 tentacles comprised of 3 opposable digits. Unlike octopi, they are air-breathing and show full control of their behavioural responses. They are at a technological level of ... (more) |
— | over 7 years ago |
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Which protein is more efficient at oxygen extraction for an AIR BREATHING aquatic species? Haemoglobin or Haemocyanin? Another question concerning the Tetrapi, I would like to know if having haemocyanin-based blood (copper-based blue blood) would be an advantage over having haemoglobin-based blood (iron-based red blood) for an air breathing aquatic species. Is the fact that the majority of animals have red blood grou... (more) |
— | over 7 years ago |
Question | — |
Scientific Accuracy - How could Homo Sapiens effectively communicate with this aquatic alien? I have designed an alien species similar to octopi (Tetrapus Sapiens) who live in the tropical waters of a fertile, lush world known as Iridia. The octopi (more like tetrapi) have moved past the hunter-gatherer stage of technology and are currently at a technological level similar to the first Mesopo... (more) |
— | over 7 years ago |