摘要：In ecology and fisheries management, growth models are very important. We present a proposal of a Research and Study Course (RSI) for the subject Mathematics of first course of the Environmental Science Degree in the Polytechnic School of Gandia, in which modeling is used to propose a sustainable policy for fisheries from data collected during initial growth period of close season. The aim is: i) Establishing a mathematical model for the evolution of the population throughout the study period (close season). ii) Fixed a minimum population to ensure a sustainable development of fisheries resources, proposing a fishing quota that can be maintained over the years.
其他摘要：In ecology and fisheries management, growth models are very important. We present a proposal of a Research and Study Course (RSI) for the subject Mathematics of first course of the Environmental Science Degree in the Polytechnic School of Gandia, in which modeling is used to propose a sustainable policy for fisheries from data collected during initial growth period of close season. The aim is: i) Establishing a mathematical model for the evolution of the population throughout the study period (close season). ii) Fixed a minimum population to ensure a sustainable development of fisheries resources, proposing a fishing quota that can be maintained over the years.
