Introduction to BDnavi
The newly launched service
BDnavi (Bio-Diversity Navigator) by the Construction Technology Research Institute aims to bolster biodiversity initiatives through a comprehensive online platform. With a special emphasis on supporting nature-positive activities, BDnavi serves municipalities, enterprises, and organizations that seek to implement or enhance their biodiversity efforts.
Background
Biodiversity loss is an escalating global concern, with nations recognizing the significance of
nature-positive initiatives. In Japan, the National Biodiversity Strategy delineates the goal of preserving over
30% of the country's land by 2030, a vision encapsulated in the
30by30 initiative. Complementing these efforts, the government has introduced the 'Natural Coexistence Site' registration that acknowledges areas where private entities engage in biodiversity conservation activities. Such developments underscore a growing need for municipalities and corporations to refine their strategies for biodiversity, prompting a more sophisticated approach towards natural capital risk and opportunity assessment.
The Construction Technology Research Institute has accumulated extensive experience through natural environment surveys, conservation planning, and infrastructure development with attention to biodiversity. Drawing on this knowledge, the BDnavi platform was created to offer a systematic approach to assist local governments and companies effectively.
Key Services Offered by BDnavi
BDnavi provides a variety of information and technical support menus tailored to different levels of biodiversity engagement and objectives, including:
1.
Economic viability diagnostics for nature-positive management: Assessing the value creation and risk reduction brought by nature-positive initiatives from both quantitative and qualitative perspectives. Based on these evaluations, the platform aids in designing rational policies and roadmaps to support investment decisions and strategic management.
2.
'Environmental Diagnosis Package' for biodiversity visualization: Understanding environmental characteristics is crucial for effective nature-positive actions. Utilizing advanced technologies like environmental DNA, BDnavi offers cost-effective solutions for visualizing biodiversity through environmental diagnostics.
3.
Conservation strategy development for maintaining, restoring, and creating biodiversity: Practical measures for environmental conservation form the core of achieving nature-positive outcomes. BDnavi employs environmental experts to devise optimal conservation strategies that take local characteristics into account, addressing identified challenges and risks.
4.
Collaborative environmental conservation with local communities: Initiatives that integrate regional collaboration foster sustainable value for businesses, employees, and local communities alike. BDnavi supports ventures that co-create value by bridging corporate activities with regional needs and traits.
5.
Support for registering as a Natural Coexistence Site: By designating areas implementing collaborative environmental conservation activities as Natural Coexistence Sites, entities can align their efforts with international trends such as
30by30. BDnavi provides comprehensive support for these registrations via skilled personnel with practical experience in the process.
6.
CSR report creation and TNFD report disclosure assistance: Effectively communicating biodiversity initiatives enhances a company’s value to both internal and external stakeholders. BDnavi facilitates
website development, content creation for CSR reports, and TNFD disclosure support, thereby offering clarity on corporate efforts.
Future Aspirations
The Construction Technology Research Institute is committed to reinforcing its actions toward achieving a society that coexists with nature. As a partner in promoting understanding of biodiversity and supporting tangible actions by enterprises, BDnavi aims to enhance biodiversity strategy formulation and quantitative natural capital assessments. The platform aspires to evolve into a