Project FAQ
This FAQ aims to provide an overview of the BIO-CAPITAL project, its objectives, innovations, and expected impacts.
What is the BIO-CAPITAL project?
The BIO-CAPITAL project focuses on mobilizing private investment to protect and restore biodiversity. It uses innovative financial solutions and advanced geospatial analytics to attract private capital for biodiversity conservation, restoration, and sustainable land use.
What are the main objectives of BIO-CAPITAL?
The main objectives are to protect and restore biodiversity by developing sustainable finance mechanisms and leveraging technological innovations such as geospatial analytics.
Why is private investment important for biodiversity?
Public funding alone is not sufficient to address biodiversity loss. Private investments, guided by innovative financial instruments, can play a transformative role in restoring biodiversity by providing sustainable, long-term funding for conservation projects.
What financial instruments will BIO-CAPITAL use?
BIO-CAPITAL will focus on green bonds, sustainability-linked bonds, and other biodiversity-friendly financing mechanisms to drive investments into biodiversity projects.
What role does technology play in the project?
The project uses advanced geospatial technologies, such as remote sensing, to collect data on ecosystems. This helps in identifying areas in need of protection and restoration and enables more targeted and efficient conservation efforts.
How long will the BIO-CAPITAL project last?
The project duration is 42 months, beginning on the first day of the month following the signing of the grant agreement.
Who are the key partners in the BIO-CAPITAL project?
The project consortium includes universities, research institutes, private companies, and NGOs across several European countries, with the Czech University of Life Sciences Prague (CZU) as the coordinator.
What are the expected outcomes of the project?
The key outcomes include the development of sustainable finance mechanisms that attract private investments for biodiversity, the restoration of ecosystems, and the creation of long-term, scalable business models.
How does BIO-CAPITAL address biodiversity loss?
By harnessing private finance and using data-driven geospatial insights, the project aims to reverse biodiversity loss through targeted conservation and restoration interventions.
What makes BIO-CAPITAL innovative?
Its combination of cutting-edge financial instruments and space-based technologies to attract investments and monitor biodiversity projects is unique. The approach ensures measurable environmental impact.
What are the key challenges the project aims to tackle?
BIO-CAPITAL seeks to address the critical challenge of biodiversity loss, driven by factors like climate change and ecosystem degradation. The project also tackles the lack of sufficient financial flows into biodiversity conservation.
What kind of stakeholders are involved in the project?
BIO-CAPITAL engages a broad spectrum of stakeholders, including public authorities, financial institutions, investors, environmental organizations, and local communities. This ensures a holistic approach to biodiversity finance.
What is the role of geospatial analytics in the project?
Geospatial analytics provide real-time data on ecosystem health and threats. This data helps in planning and implementing conservation strategies that are more efficient and effective.
How does BIO-CAPITAL contribute to global biodiversity goals?
The project aligns with international efforts like the Kunming-Montreal Global Biodiversity Framework, aiming to halt and reverse biodiversity loss through coordinated action and sustainable finance.
How will the project’s success be measured?
Success will be evaluated based on the ability to mobilize financial resources for biodiversity, the number of restored ecosystems, and the engagement of private sector investments in biodiversity-positive projects.