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Joe Paredes (He, Him)

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After a foundational career in forestry and geospatial analysis, Joe is now a returning student at Riverside City College pursuing credentials in Cyber Defense. His transition into the digital security space is built on a track record of high-stakes data management, including projects where he developed frameworks for Urban Heat Island mitigation and mapped anthropocentric impacts on California’s critically sensitive wetlands using state of the art remote sensing technologies.

As a Chancellor's Climate Fellow, he is focused on a campus wide urban tree inventory project that utilizes industry-standard GIS and in situ methodologies to ensure the accuracy and transparency required for long-term tree inventory monitoring & management.

Driven by the belief that safeguarding data is an essential yet often overlooked pillar of sustainability, he is preparing for a future role as a Cybersecurity Specialist within a natural resource agency. He recognizes that as climate resilience efforts become increasingly data-dependent, the protection of remote monitoring systems and socio-ecological datasets is critical. His unique blend of environmental field experience and emerging technical defense skills positions him to secure the vital information systems that will protect our planet’s most sensitive ecosystems from modern digital threats.

Project

Led the cleaning and standardization of legacy (Pre-2025) tree inventory data, resolving duplicates and inconsistencies to establish a reliable geospatial foundation in csv format.

Established standardized protocols are implemented in community data collection efforts to ensure consistent workflows and accurate in situ data by volunteers not experience in field based research.

Built upon field-based validation efforts by formalizing in situ methodologies and standardized workflows, ensuring the dataset remains accurate, consistent, and defensible over time. These protocols will be used in subsequent community based data collection events.

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Tree Tag-ID validated during in-field validation

Plans include introducing a mentorship program aimed at engaging youth and the broader community in environmental data collection, promoting education, stewardship, and long-term involvement.

Phase 2 will develop an interactive GIS web map for multi-stakeholder use, allowing facilities, sustainability teams, researchers, and the community to access and analyze tree inventory data. The platform will support continuous updates, in situ validation, and transparent data sharing, creating a living resource for sustainable tree management.

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