How do I breed for higher oxygen in a Liopleurodon in ARK: Survival Evolved?
Breeding for higher oxygen in a Liopleurodon in ARK: Survival Evolved involves understanding the game's breeding mechanics, stat inheritance, and mutation systems. The Liopleurodon is a unique aquatic creature that spawns rarely and has a short lifespan, making breeding and stat optimization a challenging but rewarding task. HereÔÇÖs a detailed guide on how to achieve this.
First, you need to understand the basics of breeding. Breeding in ARK involves pairing two creatures of the same species to produce an offspring. The offspring inherits stats from its parents, with each stat having a 55% chance to be inherited from either parent. This means you need to start with Liopleurodons that have high oxygen stats. If you donÔÇÖt have high oxygen stats in your current Liopleurodons, youÔÇÖll need to tame or find wild ones with better stats. Once you have a pair with desirable stats, place them close together in a suitable environment, such as a water pen or underwater base, and enable mating.
The next step is to manage the breeding process. When the Liopleurodons are set to mate, they will produce an egg. However, Liopleurodons are live-bearers, meaning they give birth to a baby instead of laying an egg. Once the baby is born, it will require constant care. YouÔÇÖll need to feed it regularly with the appropriate food, such as raw meat or fish, and ensure it stays in a safe environment. During this time, you can also imprint on the baby by interacting with it when it requests care. Imprinting increases the babyÔÇÖs stats and loyalty, making it more effective in the long run.
To breed for higher oxygen, you need to focus on stat inheritance and mutations. Mutations are random and can affect either a stat or the creatureÔÇÖs color. Each mutation increases a stat by two levels and can stack up to 20 times per stat. However, mutations are rare, so youÔÇÖll need to breed multiple generations to achieve the desired results. Start by breeding your initial pair and checking the offspringÔÇÖs stats. If the offspring has a higher oxygen stat than its parents, use it as a breeder in the next generation. Repeat this process until you achieve the desired oxygen level.
Resource management is crucial during this process. Breeding requires a steady supply of food, such as raw meat or fish, and youÔÇÖll need to ensure your base or breeding area is well-stocked. Additionally, youÔÇÖll need to protect your breeding Liopleurodons and their offspring from predators and other threats. Building a secure underwater pen or base with turrets or other defenses can help keep your creatures safe.
Common mistakes to avoid include neglecting baby care, failing to imprint, and not tracking stat inheritance. Babies require constant attention, and missing imprinting opportunities can result in a weaker creature. Additionally, not keeping track of stat inheritance can lead to confusion and wasted effort. Use a breeding tracker or spreadsheet to monitor stats and mutations across generations.
Advanced techniques include using multiple breeding pairs to increase the chances of mutations and stacking mutations efficiently. For example, you can breed two separate lines of Liopleurodons, each focusing on a different stat, and then combine the best offspring from each line. This can help you achieve higher stats more quickly. Additionally, using cryopods to store and transport your Liopleurodons can make the breeding process more manageable, especially if youÔÇÖre working with limited space.
Tribe and solo considerations are also important. In a tribe, you can divide responsibilities, such as one player focusing on breeding while another gathers resources. This can make the process more efficient. Solo players will need to manage all aspects of breeding and resource gathering themselves, so planning and organization are key.
In summary, breeding for higher oxygen in a Liopleurodon involves understanding stat inheritance, managing mutations, and providing proper care for the offspring. Start with high oxygen parents, breed multiple generations, and use advanced techniques like stacking mutations to achieve your goal. Proper resource management, base building, and attention to detail are essential for success. With patience and persistence, you can create a Liopleurodon with exceptional oxygen stats, making it a powerful asset in your underwater adventures.
First, you need to understand the basics of breeding. Breeding in ARK involves pairing two creatures of the same species to produce an offspring. The offspring inherits stats from its parents, with each stat having a 55% chance to be inherited from either parent. This means you need to start with Liopleurodons that have high oxygen stats. If you donÔÇÖt have high oxygen stats in your current Liopleurodons, youÔÇÖll need to tame or find wild ones with better stats. Once you have a pair with desirable stats, place them close together in a suitable environment, such as a water pen or underwater base, and enable mating.
The next step is to manage the breeding process. When the Liopleurodons are set to mate, they will produce an egg. However, Liopleurodons are live-bearers, meaning they give birth to a baby instead of laying an egg. Once the baby is born, it will require constant care. YouÔÇÖll need to feed it regularly with the appropriate food, such as raw meat or fish, and ensure it stays in a safe environment. During this time, you can also imprint on the baby by interacting with it when it requests care. Imprinting increases the babyÔÇÖs stats and loyalty, making it more effective in the long run.
To breed for higher oxygen, you need to focus on stat inheritance and mutations. Mutations are random and can affect either a stat or the creatureÔÇÖs color. Each mutation increases a stat by two levels and can stack up to 20 times per stat. However, mutations are rare, so youÔÇÖll need to breed multiple generations to achieve the desired results. Start by breeding your initial pair and checking the offspringÔÇÖs stats. If the offspring has a higher oxygen stat than its parents, use it as a breeder in the next generation. Repeat this process until you achieve the desired oxygen level.
Resource management is crucial during this process. Breeding requires a steady supply of food, such as raw meat or fish, and youÔÇÖll need to ensure your base or breeding area is well-stocked. Additionally, youÔÇÖll need to protect your breeding Liopleurodons and their offspring from predators and other threats. Building a secure underwater pen or base with turrets or other defenses can help keep your creatures safe.
Common mistakes to avoid include neglecting baby care, failing to imprint, and not tracking stat inheritance. Babies require constant attention, and missing imprinting opportunities can result in a weaker creature. Additionally, not keeping track of stat inheritance can lead to confusion and wasted effort. Use a breeding tracker or spreadsheet to monitor stats and mutations across generations.
Advanced techniques include using multiple breeding pairs to increase the chances of mutations and stacking mutations efficiently. For example, you can breed two separate lines of Liopleurodons, each focusing on a different stat, and then combine the best offspring from each line. This can help you achieve higher stats more quickly. Additionally, using cryopods to store and transport your Liopleurodons can make the breeding process more manageable, especially if youÔÇÖre working with limited space.
Tribe and solo considerations are also important. In a tribe, you can divide responsibilities, such as one player focusing on breeding while another gathers resources. This can make the process more efficient. Solo players will need to manage all aspects of breeding and resource gathering themselves, so planning and organization are key.
In summary, breeding for higher oxygen in a Liopleurodon involves understanding stat inheritance, managing mutations, and providing proper care for the offspring. Start with high oxygen parents, breed multiple generations, and use advanced techniques like stacking mutations to achieve your goal. Proper resource management, base building, and attention to detail are essential for success. With patience and persistence, you can create a Liopleurodon with exceptional oxygen stats, making it a powerful asset in your underwater adventures.