The flow of forest ecosystem services in an era of disturbance ecology: A nexus that warrants exploration

In response to the dynamic needs and evolving perspectives of the scientific community and the anthropogenic world, the concept of ecosystem services has continuously evolved since its inception in the last decade of the twentieth century. The chapter attempts to trace the evolution of the idea of ecosystem services in the era of disturbance ecology using forests as the model ecosystem since forests play a vital role as a reservoir for the flow of ecosystem services. An evident surge in disturbances that are primarily induced by climate change may have had an impact on the flow of these services. The chapter aims to understand and conceptualize the modifying influence of these disturbance drivers on the structure and function of forest ecosystems and its subsequent effect on the ecosystem services and their flow. This chapter delves into the multifaceted realm of ecosystem services research, focusing on the critical research gaps that need addressing. These gaps encompass the importance of long-term monitoring for understanding disturbance impacts and ecosystem service recovery, identifying thresholds to prevent irreversible harm in the face of climate change, and refining valuation methods for comprehensive economic assessment. Various methodologies that facilitate ecosystem services research have been investigated, including remote sensing and Earth observation for real-time monitoring and using current ecosystem modeling methods to uncover detailed patterns. Furthermore, the crucial contribution of stakeholder involvement and citizen scientists in offering various insights on the effects of disturbances on ecosystem services has been emphasized. Establishing a robust knowledge base is imperative for effectively estimating these variations in service flow, which can further enhance communities’ adaptive capacity in response to future changes and enable informed decisions for sustainable ecosystem management and conservation in an ever-evolving landscape.