✨ 2023 Highlights ✨

As we wrap up another incredible year of research and collaboration, we are excited
to share with you the highlights and accomplishments from the Gonzalez Lab
in 2023.

We are grateful for the support from each and every one of you!

Our research in biodiversity conservation

A framework for the detection and attribution of biodiversity change

How we update our understanding of where and why biodiversity is changing is vital if we are to track our progress toward the goals and targets of the global biodiversity framework under the United Nations (UN) Convention for Biological Diversity. In this paper, we proposed a framework that links data to knowledge. The framework provides a pathway to strengthen the bridge between knowledge about biodiversity change—how we detect and explain the trends we see—and the ways it can inform policy and guide effective conservation action.

A global biodiversity observing system to unite monitoring and guide action

The rate and extent of global biodiversity change is surpassing our ability to measure, monitor, and forecast trends across different dimensions of biodiversity (genes, species, communities and ecosystems). In this article, we offer a blueprint for an interconnected worldwide system of observation networks — a global biodiversity observing system (GBiOS) — to coordinate monitoring within and among nations worldwide. We currently lack a system like it that can use traditional and modern methods and technologies to observe and track the changing state of the biosphere at different scales and to update our knowledge of where we must focus our efforts. The knowledge produced by GBiOS would inform action to reach international biodiversity targets.

Rapid monitoring of ecological persistence

Field-based surveys and research are the main ways that we monitor the health of species and ecosystems. However, fieldwork is expensive and time-consuming, meaning that, in practice, only small areas of the world's ecosystems can be monitored. Here, we establish a strong bridge from network theory to monitoring and conservation. We show, with theory, statistics, and empirical validation, that small amounts of incomplete field data can be “scaled up” to rapidly assess the persistence of whole ecological communities. Our work suggests that ecosystem health can be rapidly and repeatedly assessed using minimal resources, which could substantially improve our ability to monitor progress toward biodiversity policy targets.

Our partnerships translating
science into action

Lab Members Updates

✨Highlights✨ from our lab members

Welcoming New Faces and
Bidding Farewell

In 2023, the Gonzalez Lab saw both arrivals and departures, each contributing to the dynamic and collaborative spirit of our team.

We extend a warm welcome to the newest members who joined us this year, bringing their unique perspectives and expertise to our lab.

At the same time, we express our heartfelt gratitude to those who have moved on to new opportunities, leaving a lasting impact on the Gonzalez Lab. We wish them continued success in their future endeavors.

Thanks to Our Partners:
A Year of Collaboration

The Gonzalez Lab would like to extend our sincere thanks to our partners, collaborators, and supporters. Your commitment to advancing scientific knowledge and promoting collaborative research has been instrumental in the success of our projects. We look forward to continuing and expanding these partnerships in the coming year, working together to address complex ecological challenges and contribute to a sustainable and resilient future.

Moments in the media

As we reflect on the achievements of 2023,
we are energized and excited about the opportunities that lie ahead. The Gonzalez Lab remains dedicated to pushing the boundaries of ecological research and making meaningful contributions to the monitoring and understanding of biodiversity.

✨Wishing you all a joyful holiday season and a prosperous
New Year!✨