Overfish
Welcome to the development journey of Overfish, a game that recreates the intricate world of the Mediterranean ecosystem and its relationship with the fishing industry. Dive into the experience as players navigate the delicate balance between making profit and preserving the environment.
Environmental Impact Simulation
At the core of Overfish lies a trophic-based population simulation. Players' actions directly influence species' biomass, trophic levels, and overall ecosystem health. Through a feedback loop, players witness the consequences of overfishing, habitat degradation, and imbalanced trophic interactions, shedding light on complex ecological concepts.
Balancing Gameplay and Conservation
Central to the game is the challenge of building a successful fishing operation without jeopardizing the environment. Players will strategize to earn profits while minimizing their impact on the ecosystem. Whether they choose to exploit resources for immediate gain or prioritize long-term sustainability, the game mechanics mirror the dilemmas faced by the fishing industry.
EcoHealth Management
The game's central metric, EcoHealth, quantifies the ecosystem's overall health and biomass. Players must strike a balance between fishing for profit and allowing time for species to replenish. This dynamic encourages players to observe and interact with marine species, nurturing an understanding of trophic relationships.
Immersive Learning Experience
Overfish introduces players to real-world fishing techniques and their effects on both the environment and the economy. As they navigate a virtual world, they'll observe how their decisions shape ecological factors and influence the market. By fostering a sense of ownership and responsibility, players learn about the delicate equilibrium of marine ecosystems.
Progressive Learning
As players progress, they'll confront different stages of the fishing operation, each with unique challenges. From discovering species and locations to perfecting fishing techniques, the game's learning curve aligns with real-world scenarios. Through trial and error, players grasp the intricate relationships between fishing methods, population health, and ecosystem dynamics.
Educational Synergy
Learning objectives mirror Bloom's cognitive levels, fostering skills from understanding ecosystems to analyzing fishing impacts. As players experiment with different strategies, observe feedback, and assess outcomes, they gain practical insights into conservation dilemmas and the importance of sustainable practices.
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