Pectinia Space Invader (LPS-XXX)

The Space Invader Pectinia is a captivating large polyp stony (LPS) coral, renowned for its vibrant neon green base and bright yellow eyes. Native to the Indo-Pacific region, including Fiji, Tonga, and the Solomon Islands, this coral adds a dynamic aesthetic to marine aquariums.

OVERVIEW

• Difficulty Level: Beginner to Intermediate
  
  
• Lighting: Low to Moderate (PAR 150-250)
  
  
• Flow: Low to Moderate

REQUIREMENTS AND CARE

• Difficulty Level: Suitable for hobbyists with some experience, though beginners can also succeed with proper care.
  
  
• Lighting Requirements: Thrives under low to moderate lighting conditions, typically between 150-250 PAR. While adaptable, providing appropriate light levels helps maintain its vibrant coloration.
  
  
• Water Flow: Prefers low to moderate water flow environments, which aid in nutrient absorption and waste removal. Avoid strong currents that may damage the fleshy polyps.
  
  
• Growth Rate and Space Requirements: Moderate growth rate; monitor expansion and provide sufficient space to accommodate their size.
  
  
• Feeding Habits: Primarily photosynthetic; benefits from supplemental feedings of small meaty foods like brine shrimp or mysis shrimp to promote optimal health and growth.
  
  
  
• Aggressiveness: Generally peaceful but can extend their polyps considerably, potentially overshadowing or contacting nearby corals. Providing adequate spacing helps prevent any unintended interactions.
  
  
• Propagation: Reproduce asexually through budding. Hobbyists can propagate them by carefully cutting a portion of the coral and securing it to a substrate, ensuring proper care to minimize stress and prevent infection during the process.
  
  
• Water Parameters: Maintaining stable water conditions is crucial for the well-being of Space Invader Pectinia. Ideal parameters include a temperature range of 75-80°F (24-27°C), pH between 8.1-8.4, and salinity around 1.025 specific gravity. Regular monitoring and adjustments ensure a healthy environment for these corals.