Models based on multifactorial interactions are needed to deal with the dynamics taking place in the eutrophication processes of coastal lagoons. However, as the number of indirect drivers stemming from anthropogenic factors increases, temporal disorders between anthropogenic activities may increase, thus hindering the understanding of their dynamics. We have built multifactorial pathways to deal with the dynamics associated with the cultural eutrophication process of a coastal lagoon. The pathways guided the identification of potential temporal disorder patterns between anthropogenic activities, which may exert influence on the disturbances associated with eutrophication process. The identification of temporal disorder patterns derived from anthropogenic activities belonging to different pathways resulted in a valuable form of support for analyzing and evaluating relationships between public policies, technological skills and environmental culture programs. All of which exert influence on the eutrophication process, which in turn cause changes on the trophic state and on the landscape of the coastal lagoon. Pathways composed of multifactorial interactions that take into account spatial and temporal aspects, contribute to improving the understanding of the inherent dynamics of the eutrophication process of coastal lagoons. Temporal disorders between anthropogenic activities may be seen to emerge, thus exerting changes on the trophic state and spatial damage on the landscapes of coastal lagoons.

中文翻译：

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处理对空间影响沿海泻湖景观的多因素时间相互作用相关动力学的理解

需要基于多因素相互作用的模型来处理沿海泻湖富营养化过程中发生的动态。然而，随着源自人为因素的间接驱动因素数量的增加，人为活动之间的时间紊乱可能会增加，从而阻碍对其动态的理解。我们建立了多因素途径来处理与沿海泻湖文化富营养化过程相关的动态。这些途径指导识别人为活动之间潜在的时间紊乱模式，这可能对与富营养化过程相关的干扰产生影响。识别源自属于不同途径的人为活动的时间紊乱模式为分析和评估公共政策、技术技能和环境文化计划之间的关系提供了一种有价值的支持。所有这些都对富营养化过程产生影响，进而导致沿海泻湖的营养状态和景观发生变化。考虑到空间和时间方面的多因素相互作用组成的路径有助于提高对沿海泻湖富营养化过程的内在动态的理解。可能会出现人为活动之间的时间紊乱，从而对沿海泻湖景观的营养状态和空间破坏产生变化。