About watchers.news
Watchers.news is a specialized monitoring and reporting service focused on natural and space-environment hazards, covering measurable physical processes including earthquakes, volcanic activity, severe weather, geomagnetic storms, and other Earth–space system dynamics across planetary and astrophysical domains.
We provide accurate, proportional, and traceable coverage of physical hazards and scientifically significant developments — for the informed general public, researchers, journalists, and emergency professionals. Our reporting operates within defined disciplinary boundaries. Political commentary, lifestyle content, and speculative narratives are outside the scope.
Since 2011, Watchers has operated continuously through multiple hazard cycles and structural transitions, progressively formalizing its monitoring standards, editorial thresholds, and governance framework.
We publish structured updates only when measurable system changes meet defined editorial thresholds. During active hazard periods, reporting may include real-time escalation monitoring with appended updates. During stable periods, coverage emphasizes analytical context, system-level mechanisms, and monitoring continuity.
We assess thousands of signals across Earth-system and near-Earth space domains every day, but only a small fraction meet publication thresholds.
Watchers.news is independently operated and reader-supported. No advertiser, sponsor, or external party holds editorial influence. Revenue is structurally separated from event frequency, hazard severity, and publication volume. Reporting thresholds are defined by measurable system change and official hazard frameworks — not by traffic incentives, trend velocity, or engagement metrics. This separation protects proportionality and prevents escalation bias.
The platform operates under formal editorial oversight and institutional continuity safeguards.
Scope of coverage
We monitor and report measurable physical processes across the coupled Earth–space system, spanning Earth’s interior, surface, atmosphere, and space environment. Coverage includes system dynamics within the geosphere, hydrosphere, cryosphere, atmosphere, magnetosphere, and near-Earth space, and extends to planetary and astrophysical phenomena within the hard sciences where their inclusion advances structured understanding of physical system dynamics.
Coverage domains include:
• Core, mantle, and crustal dynamics, including tectonics, earthquakes, seismic swarms, and crustal deformation
• Volcanic systems, unrest indicators, eruption dynamics, ash dispersal, and secondary hazards such as lahars and pyroclastic flows
• Submarine geophysical processes, including undersea volcanism and landslide-driven tsunami generation
• Atmospheric hazards, including tropical cyclones, severe convective systems, winter storms, heatwaves, and extreme precipitation events
• Hydrological processes, including flooding, drought accumulation, river-basin dynamics, and coastal inundation
• Cryospheric instability, including glacier retreat, snowpack variability, avalanches, and glacial lake outburst floods
• Geomorphological hazards, including landslides and slope instability
• Large-scale climate drivers and oscillatory systems influencing hazard distribution and seasonal risk patterns
• Space weather phenomena, including solar flares, coronal mass ejections, geomagnetic disturbances, and solar radiation storms
• Near-Earth objects and impact probability science
• Monitoring system developments, detection infrastructure, and methodological advances relevant to hazard intelligence
• Scientifically significant cosmic phenomena with measurable relevance to Earth-system processes
Our coverage includes compound and cascading hazards arising from cross-domain system interactions.
Within these domains, reporting may take the form of operational updates, early-stage signals, or analytical context through the Epicenter section.
Watchers conducts continuous cross-domain monitoring across the Earth–space system within defined scope boundaries. Each day, thousands of structured signals are evaluated, including official agency advisories, seismic catalogs, meteorological and climate feeds, volcanic observatory reports, space weather data streams, institutional releases, and peer-reviewed scientific publications.
We also maintain dedicated internal monitoring tools, including the Space Weather Monitor (SWX) and Seismic Activity Monitor (SAM), which support structured signal tracking across space weather and seismic domains. Selected tools are publicly accessible to readers and support monitoring continuity during active hazard periods.
Most monitored signals represent routine activity, localized developments, or background variability. These are logged and tracked for longitudinal continuity and pattern recognition rather than immediate publication.
Only a small fraction meets defined editorial thresholds. Developments that demonstrate measurable system change, escalation indicators, operational relevance, or scientific significance proceed to structured review and potential publication.
Preparedness and public awareness
Watchers.news is a NOAA Weather-Ready Nation Ambassador™. This recognition connects our public hazard communication work with NOAA’s broader effort to build community resilience in the face of increasing vulnerability to extreme weather, water and climate events.
Editorial decisions remain independent and are governed by our editorial standards, publication thresholds, and source-traceability requirements.
Weather-Ready Nation Ambassador™ and the Weather-Ready Nation Ambassador™ logo are trademarks of the U.S. Department of Commerce, National Oceanic and Atmospheric Administration, used with permission. Learn more about NOAA’s Weather-Ready Nation program.
Publication thresholds
Publication is governed by defined editorial thresholds aligned with the scope discipline and hazard relevance. A development must demonstrate one or more of the following:
• Measurable physical system change
• Escalation or de-escalation within an official hazard framework
• Confirmed population exposure or infrastructure relevance
• Secondary hazard potential or cascading interaction
• Scientifically significant findings within defined coverage domains
• Contextual necessity within an evolving monitored event
Threshold evaluation determines:
• Whether a development qualifies for reporting
• How it is classified (News or Epicenter)
• The level of contextual depth required
• The frequency of follow-up or sustained monitoring
Not all detected activity qualifies for publication.
Publication volume is determined by defined criteria and proportional severity calibration — not by signal frequency, trend velocity, or feed volume.
Editorial classification
Watchers.news operates under a defined two-tier editorial classification system. This structural distinction governs framing, tone, and publication thresholds.
News: Time-sensitive reporting on active or unfolding developments with measurable system change, official hazard status, operational relevance, or confirmed impacts. The News section focuses on real-time event intelligence, escalation monitoring, and situational updates.
Epicenter: Analytical and research-focused coverage explaining physical mechanisms, contextualizing peer-reviewed findings, examining monitoring and detection advances, and providing a structured system-level understanding. Epicenter may extend beyond near-Earth space to cover scientifically significant discoveries in astrophysics, planetary science, and cosmology when they materially advance understanding of physical system dynamics.
Classification is determined by function and purpose, not by topic alone. An earthquake may appear in News when operationally active, or in Epicenter when examined mechanistically or historically.
The structural separation between News and Epicenter prevents speculative drift, feed replication without context, and cross-contamination of analytical and operational reporting.
Reporting operates under defined procedural standards designed to preserve accuracy, proportionality, and traceability.
Core operational standards include:
• Primary reliance on official agency data and peer-reviewed research
• Explicit source attribution and data traceability
• Metric units presented first, with imperial equivalents in parentheses
• Coordinated Universal Time (UTC) used where operationally relevant
• Clear differentiation between confirmed information, preliminary reports, and official forecasts
• Visible timestamps for material updates
• Preservation of original reports with appended updates
Severity framing and language calibration are aligned with official classifications, defined hazard thresholds, and documented hazard communication ethics principles governing proportionality and non-speculative reporting.
Editorial decisions are structurally independent of revenue considerations, advertiser relationships, and sponsorship arrangements.
Watchers functions both as a daily reporting service and as a longitudinal archival record. Developments are followed when warranted, with subsequent updates appended to preserve continuity and maintain historical traceability across evolving situations.
Procedural standards and update protocols are detailed in the public Editorial Policy.
Watchers.news operates under the Constitution that defines scope discipline, editorial classification boundaries, governance architecture, and editorial safeguards.
This governance framework establishes the operating boundaries for:
- Limitation to measurable Earth-system and near-Earth space processes
- Prohibition of speculative catastrophe modeling
- Defined classification thresholds
- Revenue–volume separation and advertiser non-interference
- Structured update protocols and transparency safeguards
- Defined governance authority and veto structure
This defines how reporting is conducted, how classification decisions are made, and how scope boundaries are preserved through structured editorial discipline.
Watchers was founded in 2011 and has operated under the editorial oversight of journalist Teo Blašković since 2013. Between 2013 and 2019, the editorial scope was progressively refined toward measurable Earth-system and space processes. Non-system categories were phased out, structured classification standards were introduced, and reporting was consolidated within defined Earth–space monitoring boundaries. In 2026, these standards were formally documented and embedded within the organization’s governance structure.
Teo brings over 20 years of editorial and reporting experience, specializing in seismic and volcanic activity, extreme weather, space weather, and near-Earth objects. His 2007 academic thesis examined digital journalism at its emergence. Since 2017, he has dedicated his work entirely to Watchers.news.
All publication decisions are made in accordance with defined scope, classification thresholds, and hazard communication ethics standards.
News tips, factual corrections, and relevant supporting documentation may be submitted through official contact channels. All submissions are reviewed against primary sources prior to publication.
Corrections are addressed transparently in accordance with defined update protocols.
Editorial contact and submission channels are publicly available via the Contact page.
Ownership
Watchers.news is owned and operated by Teo Blašković through Fractal — a registered business entity responsible for the operation, development, and editorial management. For more information, visit our Impressum.
All editorial decisions are made independently by editor-in-chief Teo Blašković under defined internal editorial standards and workflows to ensure accuracy, consistency, and independence from commercial influence.
Funding and revenue
Watchers.news is funded through a combination of advertising and reader subscriptions to support operational costs, infrastructure, and editorial work.
Contact
For inquiries related to ownership and editorial policy, please fill out the form on our Contact page.
Readers seeking structured hazard briefings, seasonal outlooks, and deeper system-level analysis may explore subscription options designed to support long-term monitoring continuity and independence.
