How do I breed for high oxygen in creatures like the Tusoteuthis in ARK: Survival Evolved?
Breeding for high oxygen in creatures like the Tusoteuthis in ARK: Survival Evolved involves a combination of understanding breeding mechanics, stat inheritance, and mutation systems. The Tusoteuthis, also known as the giant squid, is a unique creature that lives in the ocean and has specific breeding requirements. To breed for high oxygen, you need to focus on selecting parents with high oxygen stats, managing mutations, and ensuring proper care for the offspring.
First, you need to understand the mechanics of stat inheritance. When two creatures breed, the offspring has a 55% chance to inherit the higher stat from either parent. This means if one parent has a high oxygen stat and the other has a low one, there is a good chance the baby will inherit the higher stat. To maximize this, you should tame multiple Tusoteuthis and check their stats after taming. Look for individuals with naturally high oxygen stats, as these will serve as the foundation for your breeding line.
Once you have identified parents with high oxygen stats, you can begin the breeding process. Place the two Tusoteuthis close to each other and enable mating. The female will lay an egg, which you need to incubate. Since Tusoteuthis eggs require a specific temperature range, you may need to use air conditioners or other temperature control methods to maintain the correct environment. Once the egg hatches, the baby Tusoteuthis will require constant care, including feeding and protection.
Imprinting is a crucial part of the breeding process. By interacting with the baby during its growth stages, you can increase its stats and loyalty. Imprinting bonuses can significantly enhance the creature's effectiveness, so make sure to complete all imprinting tasks. These tasks often involve feeding the baby specific foods or taking it for walks. Proper imprinting can give your Tusoteuthis a significant advantage, especially in combat or resource gathering.
Mutations are another important aspect of breeding for high oxygen. Mutations can randomly increase a stat, including oxygen, or change the creature's color. However, mutations are rare, and each creature has a mutation counter that limits the number of mutations it can pass on. To maximize the chances of getting a mutation in oxygen, you should breed multiple generations and carefully track the mutation counters. If you get a mutation that increases oxygen, you can use that creature as a parent for future generations.
Resource management is critical when breeding for high oxygen. You will need a steady supply of food, such as raw meat or fish, to keep the baby Tusoteuthis fed. Additionally, you will need resources for building and maintaining the breeding environment, such as air conditioners and feeding troughs. Make sure to stockpile these resources before starting the breeding process to avoid running out at a critical moment.
Tribe and solo considerations also play a role in breeding for high oxygen. In a tribe, multiple players can share the workload, making it easier to manage the breeding process and care for the baby. However, solo players can still achieve success by carefully planning and organizing their resources. Make sure to set up a dedicated breeding area with all the necessary equipment and supplies.
Common mistakes to avoid include not checking the stats of the parents before breeding, neglecting imprinting tasks, and not managing mutation counters properly. It is also important to avoid overbreeding, as this can lead to a large number of creatures that are difficult to manage. Focus on quality over quantity, and only breed the best individuals with the highest oxygen stats.
Advanced techniques include using external tools or spreadsheets to track breeding lines and mutation counters. This can help you stay organized and make informed decisions about which creatures to breed. Additionally, you can use cryopods to store and transport creatures, making it easier to manage your breeding program.
In summary, breeding for high oxygen in Tusoteuthis involves selecting parents with high oxygen stats, managing mutations, and ensuring proper care for the offspring. By understanding the mechanics of stat inheritance and mutation, and by carefully managing resources and imprinting tasks, you can create a powerful and specialized Tusoteuthis with high oxygen stats. Whether you are playing solo or in a tribe, careful planning and organization are key to success in the breeding and genetics system of ARK: Survival Evolved.
First, you need to understand the mechanics of stat inheritance. When two creatures breed, the offspring has a 55% chance to inherit the higher stat from either parent. This means if one parent has a high oxygen stat and the other has a low one, there is a good chance the baby will inherit the higher stat. To maximize this, you should tame multiple Tusoteuthis and check their stats after taming. Look for individuals with naturally high oxygen stats, as these will serve as the foundation for your breeding line.
Once you have identified parents with high oxygen stats, you can begin the breeding process. Place the two Tusoteuthis close to each other and enable mating. The female will lay an egg, which you need to incubate. Since Tusoteuthis eggs require a specific temperature range, you may need to use air conditioners or other temperature control methods to maintain the correct environment. Once the egg hatches, the baby Tusoteuthis will require constant care, including feeding and protection.
Imprinting is a crucial part of the breeding process. By interacting with the baby during its growth stages, you can increase its stats and loyalty. Imprinting bonuses can significantly enhance the creature's effectiveness, so make sure to complete all imprinting tasks. These tasks often involve feeding the baby specific foods or taking it for walks. Proper imprinting can give your Tusoteuthis a significant advantage, especially in combat or resource gathering.
Mutations are another important aspect of breeding for high oxygen. Mutations can randomly increase a stat, including oxygen, or change the creature's color. However, mutations are rare, and each creature has a mutation counter that limits the number of mutations it can pass on. To maximize the chances of getting a mutation in oxygen, you should breed multiple generations and carefully track the mutation counters. If you get a mutation that increases oxygen, you can use that creature as a parent for future generations.
Resource management is critical when breeding for high oxygen. You will need a steady supply of food, such as raw meat or fish, to keep the baby Tusoteuthis fed. Additionally, you will need resources for building and maintaining the breeding environment, such as air conditioners and feeding troughs. Make sure to stockpile these resources before starting the breeding process to avoid running out at a critical moment.
Tribe and solo considerations also play a role in breeding for high oxygen. In a tribe, multiple players can share the workload, making it easier to manage the breeding process and care for the baby. However, solo players can still achieve success by carefully planning and organizing their resources. Make sure to set up a dedicated breeding area with all the necessary equipment and supplies.
Common mistakes to avoid include not checking the stats of the parents before breeding, neglecting imprinting tasks, and not managing mutation counters properly. It is also important to avoid overbreeding, as this can lead to a large number of creatures that are difficult to manage. Focus on quality over quantity, and only breed the best individuals with the highest oxygen stats.
Advanced techniques include using external tools or spreadsheets to track breeding lines and mutation counters. This can help you stay organized and make informed decisions about which creatures to breed. Additionally, you can use cryopods to store and transport creatures, making it easier to manage your breeding program.
In summary, breeding for high oxygen in Tusoteuthis involves selecting parents with high oxygen stats, managing mutations, and ensuring proper care for the offspring. By understanding the mechanics of stat inheritance and mutation, and by carefully managing resources and imprinting tasks, you can create a powerful and specialized Tusoteuthis with high oxygen stats. Whether you are playing solo or in a tribe, careful planning and organization are key to success in the breeding and genetics system of ARK: Survival Evolved.