


Ecosystemic Servisors Training
Within our 6 month Ecosystemic Servicer program you will learn how to be Custodians of Biodiversity. Learning the value of natural waterways and how to preserve them through sustainable aquaculture techniques. Â Through this environmental stewardship you will be involved with a Tropical Ecosystem that is still thriving and intact. One of the last areas on the planet that we can consider a Primary Forest. This is a physically demanding citizen science program that requires much atbecome an expert in aquaculture, here are some key areas and concepts to explore: Species Selection: Understand the biology and ecological requirements of various aquatic species. Knowledge of their growth rates, reproductive cycles, and environmental needs is crucial for successful farming.Water Quality Management: Learn about the critical parameters of water quality (e.g., temperature, pH, dissolved oxygen, ammonia, and nitrates). Regular monitoring and management techniques are essential to ensure optimal conditions for aquatic organisms.Feeding and Nutrition: Study the dietary needs of different species, including the formulation of balanced feeds. Understanding nutritional requirements can enhance growth rates and overall health.Health Management: Familiarize yourself with common diseases and parasites affecting aquatic organisms. Knowledge of prevention, treatment, and biosecurity measures is vital for maintaining a healthy farm.Sustainable Practices: Explore methods that minimize environmental impact, such as recirculating aquaculture systems (RAS) or aquaponics. Sustainable practices help preserve natural resources and reduce pollution. Regulations and Policies: Be aware of local, national, and international regulations governing aquaculture. Understanding these laws is essential for compliance and for advocating for sustainable practices. Economic Aspects: Study the economics of aquaculture, including cost management, market trends, and profitability. This knowledge helps in making informed business decisions.Ecosystem Interactions: Recognize the importance of ecosystem dynamics and how aquaculture interacts with natural habitats. This includes understanding the effects of farming on local biodiversity and water quality.Technology and Innovation: Stay updated on advancements in aquaculture technology, such as genetic improvements, automated systems, and new farming methods. Innovations can enhance efficiency and sustainability.Research and Development: Engage in ongoing research to keep up with the latest findings and practices in the field. Collaborating with academic institutions and industry professionals can provide valuable insights.By mastering these areas, you'll be well-equipped to contribute to the field of aquaculture and make a positive impact on aquatic ecosystems.