Project Ambition

The project proposes an unprecedented level of integration in observational systems, combining in situ observations, advanced remote sensing data (from satellites and UAVs), and environmental datasets. This approach surpasses current methods by offering a more comprehensive, accurate, and real-time understanding of terrestrial ecosystems. The integration of citizen science initiatives in this framework is particularly innovative, as it democratises data collection and harnesses the power of community engagement in scientific research.

The development of advanced data models and analytical pipelines to integrate diverse data streams represents a significant leap in data processing and analysis capabilities. This approach will enable predictive modelling and ecological risk assessment with a higher degree of accuracy and reliability, providing essential tools for decision-making and policy development.

Enhancing biodiversity and climate change monitoring through the development of Essential Biodiversity Variables (EBVs) and Essential Climate Variables (ECVs) is an ambitious endeavour. This approach will set new standards in monitoring, helping to quantify and understand the impacts of climate change on biodiversity with unprecedented precision.

The project's focus on identifying and implementing synergistic solutions is highly ambitious. It aims to contribute to both biodiversity conservation and climate mitigation and adaptation, promoting the resilience and sustainability of ecosystems. This dual focus is particularly groundbreaking and aligns with the latest thinking in environmental science and policy.

The project has the potential to develop new products and services, such as advanced monitoring tools, data platforms, and decision-support systems. These innovations could lead to new business and organisational models in the field of environmental monitoring and management, particularly in the context of EU-China cooperation.

The project is set to undertake research and innovation activities that are exceptional in their scope and depth. These activities include developing new methodologies for data collection and analysis, creating advanced models for predicting climate and biodiversity changes, and implementing novel approaches for conservation and climate action.

The ambition to directly influence policy and decision-making with scientific findings is both challenging and groundbreaking. It moves beyond traditional academic research to actively shape policies and strategies at national and international levels.