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Effectiveness of protected areas for the conservation of nature under ecosystem services approach at the Corumbatai river basin Landscape sustainability is a central theme regarding conservation and development issues in highly disturbed landscapes. It is grounded in traditional concepts of sustainable development, aimed at balancing human development with environmental protection, based on intra and extra-generation equity. It also considers the human welfare concepts in this sphere. At the same time, the concepts of ecosystem services recognize the dependence of human activities and their wellbeing related to the quality of ecosystems, reigniting the debate on natural capital and sustainable development. In this context, this paper addresses the landscape sustainability questioning the capability of remaining forests to provide different ecosystem services in Corumbatai river basin, in a balanced way. For this, the study was divided into two stages. The first one aimed to analyze demand and supply issues for multiple ecosystem services (erosion control, water regulation, microclimate regulation, aesthetic information and habitat quality), based on landscape indicators such as land use dynamics and physical/anthropic patterns. The second one investigated the viability of integrating the synergism between erosion control and habitat quality services for forest conservation and restoration priorities, based on the current landscape and through different simulations, increasing by 10% of forest cover in the landscape setting, inserting forests in high erodibility places (careful situation) or through a random situation. The results showed that despite the increase by 60% in forest cover over the last 30 years, only 37% of the forests hold high potential to offer ecosystem services and, when weighted against the landscape demands, only 20% of the forests are in equilibrium. Furthermore, synergism was observed between the erosion control services and habitat quality in approximately 80% of forest cover. However, in forest restoration scenarios, synergism was achieved in all situations (random or careful). Thus, it was evident the limit of forests and protected areas as potential providers of ecosystem services in the landscape. It was also evident that, in highly fragmented and low forest proportion landscapes, restore processes should not necessarily aim synergism between ecosystem services. Finally, we assign great importance to the role of agricultural land and pastures to offset demands, restoring ecosystem services, aiming thus the sustainability of the landscape.

Efetividade das áreas protegidas para a conservação da natureza sob a abordagem dos serviços ecossistêmicos na bacia do rio Corumbataí