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--- biomechanical:species:mermaid [2024/07/07 13:15] – charaa
+++ biomechanical:species:mermaid [2024/07/31 23:41] (current) – [History] charaa
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-{{  :biomechanical:species:neridia1.png?400|}}The Neridia are a biomechanical mermaid species created by an associate of the [[corp:mining_guild:|Mining Guild]] to act as caretakers of the Sakana, another biomechanical species, and as part-time marine biologists. By converting failed human clones into these beings, the Mining Guild ensures that [[locations:planet:Prazoa]]'s oceans remain balanced and thriving. Neridia possess a unique blend of human ingenuity and biomechanical enhancements, making them the perfect custodians of the oceanic ecosystems on Prazoa.
+The Neridia are a biomechanical mermaid species created by an associate of the [[corp:mining_guild:|Mining Guild]] to act as caretakers of the Sakana, another biomechanical species, and as part-time marine biologists. By converting failed human clones into these beings, the Mining Guild ensures that [[locations:planet:Prazoa]]'s oceans remain balanced and thriving. Neridia possess a unique blend of human ingenuity and biomechanical enhancements, making them the perfect custodians of the oceanic ecosystems on Prazoa.
 These transformations imbue the Neridia with advanced capabilities, such as enhanced strength, agility, and the ability to withstand extreme underwater pressures. Their biomechanical enhancements allow them to communicate seamlessly with the Sakana and other marine life, monitor environmental changes, and implement conservation measures. With their human intellect and sophisticated technological upgrades, the Neridia play a crucial role in maintaining the delicate equilibrium of Prazoa's oceans, ensuring that both natural and artificial marine species coexist harmoniously.
 ===== History =====
-riginally, the Mining Guild faced significant challenges in managing Prazoa's oceans since they created the planet now known as Prazoa without disrupting the delicate marine balance. To address this, they partnered with a visionary genetic engineer who proposed converting failed human clones into a new species. This led to the creation of the Neridia, who have since become essential to maintaining the health of Prazoa’s oceans and overseeing the Sakana, another biomechanical species of fish, which work to clean the planet’s oceans and ensure that life is in balance.
+{{  :biomechanical:species:neridia1.png?400|}}Originally, the Mining Guild faced significant challenges in managing Prazoa's oceans since they created the planet now known as Prazoa without disrupting the delicate marine balance. To address this, they partnered with a visionary genetic engineer who proposed converting failed human clones into a new species. This led to the creation of the Neridia, who have since become essential to maintaining the health of Prazoa’s oceans and overseeing the Sakana, another biomechanical species of fish, which work to clean the planet’s oceans and ensure that life is in balance.
 The genetic engineer's proposal was revolutionary, utilizing advanced biotechnology to repurpose the failed clones, which would have otherwise been discarded. This not only solved the ethical dilemma of waste but also provided a sustainable solution for environmental management. The Neridia, with their enhanced capabilities, were designed to be resilient and adaptive, capable of thriving in various oceanic conditions. Their role extends beyond mere caretaking; they actively engage in marine research, monitor ecological changes, and implement corrective measures when necessary. The Sakana, under the guidance of the Neridia, function as a natural filtration system, removing pollutants and maintaining water quality. Together, the Neridia and the Sakana form a symbiotic relationship that has become the backbone of Prazoa's marine conservation efforts, demonstrating the innovative and ethical approaches of the Mining Guild to planetary management.
 ===== Creation =====
-The Neridia were created by repurposing failed human clones. These clones underwent extensive genetic and biomechanical modifications to adapt them to underwater life. Advanced biotechnology integrated with marine biology knowledge allowed the transformation of these clones into a species uniquely suited for their aquatic roles.
+{{:biomechanical:species:neridia2.png?400  |}}The Neridia were created by repurposing failed human clones. These clones underwent extensive genetic and biomechanical modifications to adapt them to underwater life. Advanced biotechnology integrated with marine biology knowledge allowed the transformation of these clones into a species uniquely suited for their aquatic roles.
 The genetic modifications included alterations to their respiratory systems, enabling them to extract oxygen from water efficiently, similar to how fish use gills. Their skin was enhanced to withstand the pressure and varying temperatures of deep-sea environments, and they were given a streamlined, mermaid-like physique to facilitate swift and agile movement underwater. Biomechanical enhancements, such as reinforced skeletal structures and advanced sensory organs, equipped them with superior strength, durability, and heightened awareness of their surroundings.
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 =====Biology =====
 ====Anatomy and Physiology ====
-Neridia have a sleek, mermaid-like appearance with a humanoid upper body and a powerful, fish-like tail. Their skin is covered in a flexible, scale-like exoskeleton that offers protection and enhances their swimming capabilities. The exoskeleton is not only resilient against physical damage but also adaptive, changing its pigmentation to provide camouflage within different underwater environments. This natural armor is interspersed with bioluminescent patches that the Neridia can control, aiding in communication and navigation in the dark depths of the ocean.
+{{  :biomechanical:species:neridia4.png?400|}}Neridia have a sleek, mermaid-like appearance with a humanoid upper body and a powerful, fish-like tail. Their skin is covered in a flexible, scale-like exoskeleton that offers protection and enhances their swimming capabilities. The exoskeleton is not only resilient against physical damage but also adaptive, changing its pigmentation to provide camouflage within different underwater environments. This natural armor is interspersed with bioluminescent patches that the Neridia can control, aiding in communication and navigation in the dark depths of the ocean.
 They possess gills for underwater breathing and lungs for air, allowing them to transition seamlessly between aquatic and terrestrial environments. This dual respiratory system is supported by a robust circulatory mechanism that efficiently manages the oxygen exchange required for their active lifestyle. With a height around 6 to 7 feet in length, Neridia are both imposing and graceful, their tails strong and flexible, capable of powerful bursts of speed and intricate maneuvers necessary for both evasion and pursuit in their underwater domain.
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 ====Genetics ====
-Neridia’s genetic structure combines human DNA with sequences from various marine organisms, providing them with unique adaptations like bioluminescence and rapid tissue regeneration.
+{{:biomechanical:species:neridia3.png?400  |}}Neridia’s genetic structure combines human DNA with sequences from various marine organisms, providing them with unique adaptations like bioluminescence and rapid tissue regeneration.
 The integration of human DNA ensures that the Neridia retain cognitive abilities and emotional intelligence, crucial for their complex roles in marine stewardship and scientific research. However, their genetic makeup is augmented with DNA from a variety of marine species, each contributing specific traits that enhance their adaptability and functionality in underwater environments. For example, genes from bioluminescent organisms enable the Neridia to emit light from specialized cells within their exoskeleton. This bioluminescence serves multiple purposes: it allows them to communicate with each other and with the Sakana through intricate light patterns, navigate through the dark depths of the ocean, and even ward off potential predators.