How do I breed for higher oxygen in land creatures in ARK: Survival Evolved?
Breeding for higher oxygen in land creatures in ARK: Survival Evolved is a specialized process that involves understanding the game's breeding mechanics, stat inheritance, and mutation systems. While oxygen is typically a stat associated with aquatic creatures, it can also be bred into land creatures for specific purposes, such as creating a versatile mount for both land and water exploration. Below is a detailed guide on how to achieve this, covering mechanics, strategies, tips, and considerations.
To begin, you need to understand how stat inheritance works in ARK. When two creatures breed, the offspring has a 70% chance to inherit the higher stat from either parent for each attribute, including oxygen. This means that if one parent has a high oxygen stat and the other has a low one, the baby has a good chance of inheriting the higher oxygen stat. However, since oxygen is not a priority stat for most land creatures, you may need to selectively breed creatures that already have a naturally high oxygen stat or introduce mutations to increase it.
The first step is to gather a pair of creatures with high oxygen stats. You can find these by taming wild creatures and checking their stats after taming. Use a tool like the Dododex or in-game stat calculators to identify creatures with high oxygen levels. Once you have a pair, place them in a secure breeding area within your base. Ensure they are set to wander or enable mating in their behavior settings. Keep them well-fed with food in their inventory to maintain their health and stamina during the breeding process.
After mating, the female will either lay an egg (for egg-laying species) or become pregnant (for mammals). For egg-laying creatures, you will need to incubate the egg by maintaining the correct temperature. Use air conditioners, standing torches, or campfires to regulate the temperature. For mammals, simply wait for the gestation period to complete. Once the baby is born or hatched, you must care for it by feeding it the appropriate food (meat for carnivores, berries for herbivores) until it reaches the juvenile stage. During this time, you can imprint on the baby by interacting with it when prompted. Imprinting increases the creature's stats and loyalty, making it more effective in combat or other tasks.
To increase the oxygen stat further, you can introduce mutations. Mutations occur randomly and can affect either stats or colors. Each mutation adds two levels to a random stat, including oxygen. However, mutations are rare, with only a 2.5% chance per breeding event. To maximize your chances, breed multiple pairs of creatures simultaneously. Keep track of mutations by naming your creatures or using a breeding log. Over time, you can stack mutations to create a creature with significantly higher oxygen levels.
One common mistake is neglecting to track stat inheritance and mutations. Without proper tracking, you may lose progress or accidentally breed out desirable traits. Use spreadsheets or breeding management tools to keep detailed records of each creature's stats and lineage. Another mistake is rushing the process. Breeding for specific stats takes time and patience, so avoid skipping steps or neglecting baby care.
Advanced techniques include using cryopods to store and manage your breeding pairs. Cryopods allow you to freeze creatures, preserving their stats and reducing the need for large breeding pens. You can also use a breeding calculator to predict stat outcomes and plan your breeding lines more efficiently. Additionally, consider using a dedicated breeding base with optimized conditions, such as temperature control and easy access to resources.
Resource requirements for breeding include food, building materials for breeding pens, and temperature control devices. Stockpile large quantities of meat, berries, and other food items to sustain your creatures and their offspring. Ensure your base has enough space and security to protect your breeding pairs and babies from predators or hostile players.
For tribes, breeding can be a collaborative effort. Assign roles to tribe members, such as one person managing food supplies and another handling imprinting. Communication is key to ensuring everyone is on the same page. Solo players should focus on efficiency, using cryopods and automated systems to manage their breeding operations.
A specific example would be breeding a high-oxygen Argentavis for versatile travel. Start by taming multiple Argentavis and selecting those with the highest oxygen stats. Breed them to create offspring with even higher oxygen levels. Introduce mutations to further boost the stat. Over several generations, you can create an Argentavis capable of extended underwater exploration while still excelling in land-based tasks.
In conclusion, breeding for higher oxygen in land creatures requires a deep understanding of ARK's breeding mechanics, careful planning, and patience. By following the steps outlined above, you can create powerful and versatile creatures tailored to your needs. Whether you are a solo player or part of a tribe, the process offers a rewarding way to enhance your ARK experience.
To begin, you need to understand how stat inheritance works in ARK. When two creatures breed, the offspring has a 70% chance to inherit the higher stat from either parent for each attribute, including oxygen. This means that if one parent has a high oxygen stat and the other has a low one, the baby has a good chance of inheriting the higher oxygen stat. However, since oxygen is not a priority stat for most land creatures, you may need to selectively breed creatures that already have a naturally high oxygen stat or introduce mutations to increase it.
The first step is to gather a pair of creatures with high oxygen stats. You can find these by taming wild creatures and checking their stats after taming. Use a tool like the Dododex or in-game stat calculators to identify creatures with high oxygen levels. Once you have a pair, place them in a secure breeding area within your base. Ensure they are set to wander or enable mating in their behavior settings. Keep them well-fed with food in their inventory to maintain their health and stamina during the breeding process.
After mating, the female will either lay an egg (for egg-laying species) or become pregnant (for mammals). For egg-laying creatures, you will need to incubate the egg by maintaining the correct temperature. Use air conditioners, standing torches, or campfires to regulate the temperature. For mammals, simply wait for the gestation period to complete. Once the baby is born or hatched, you must care for it by feeding it the appropriate food (meat for carnivores, berries for herbivores) until it reaches the juvenile stage. During this time, you can imprint on the baby by interacting with it when prompted. Imprinting increases the creature's stats and loyalty, making it more effective in combat or other tasks.
To increase the oxygen stat further, you can introduce mutations. Mutations occur randomly and can affect either stats or colors. Each mutation adds two levels to a random stat, including oxygen. However, mutations are rare, with only a 2.5% chance per breeding event. To maximize your chances, breed multiple pairs of creatures simultaneously. Keep track of mutations by naming your creatures or using a breeding log. Over time, you can stack mutations to create a creature with significantly higher oxygen levels.
One common mistake is neglecting to track stat inheritance and mutations. Without proper tracking, you may lose progress or accidentally breed out desirable traits. Use spreadsheets or breeding management tools to keep detailed records of each creature's stats and lineage. Another mistake is rushing the process. Breeding for specific stats takes time and patience, so avoid skipping steps or neglecting baby care.
Advanced techniques include using cryopods to store and manage your breeding pairs. Cryopods allow you to freeze creatures, preserving their stats and reducing the need for large breeding pens. You can also use a breeding calculator to predict stat outcomes and plan your breeding lines more efficiently. Additionally, consider using a dedicated breeding base with optimized conditions, such as temperature control and easy access to resources.
Resource requirements for breeding include food, building materials for breeding pens, and temperature control devices. Stockpile large quantities of meat, berries, and other food items to sustain your creatures and their offspring. Ensure your base has enough space and security to protect your breeding pairs and babies from predators or hostile players.
For tribes, breeding can be a collaborative effort. Assign roles to tribe members, such as one person managing food supplies and another handling imprinting. Communication is key to ensuring everyone is on the same page. Solo players should focus on efficiency, using cryopods and automated systems to manage their breeding operations.
A specific example would be breeding a high-oxygen Argentavis for versatile travel. Start by taming multiple Argentavis and selecting those with the highest oxygen stats. Breed them to create offspring with even higher oxygen levels. Introduce mutations to further boost the stat. Over several generations, you can create an Argentavis capable of extended underwater exploration while still excelling in land-based tasks.
In conclusion, breeding for higher oxygen in land creatures requires a deep understanding of ARK's breeding mechanics, careful planning, and patience. By following the steps outlined above, you can create powerful and versatile creatures tailored to your needs. Whether you are a solo player or part of a tribe, the process offers a rewarding way to enhance your ARK experience.