Data Management Support
Data Management Support
PFAS guidance in Australia has changed again, and environmental professionals need a clear view of what matters most with the PFAS NEMP 3.1 update. Key Takeaways 1. PFAS NEMP 3.1 is an update, not a complete rewrite The PFAS National…
Environmental consultants have a quiet data problem. A single site investigation report may contain borehole logs, groundwater results, soil tables, field notes, laboratory certificates, maps, figures, units, qualifiers, exceedances, and recommendations. Much of that information is trapped inside PDFs. It…
Environmental science has always depended on good fieldwork. But today, good fieldwork is only the beginning. A single environmental project can now produce soil results, groundwater data, field readings, laboratory reports, logger data, GIS layers, photographs, chain-of-custody records, regulatory standards,…
A practical guide for students, graduates, consultants, regulators, and environmental professionals Environmental Data Management Skills. Environmental scientists need more than field skills. They also need to understand how environmental data is planned, collected, checked, stored, interpreted, mapped, compared against standards,…
This video looks at the environmental monitoring workflow. One of the clearest ways to understand environmental monitoring data management is to understand the workflow it supports. Transcript The environmental monitoring workflow. One of the clearest ways to understand environmental monitoring…
This video looks at the environmental standards workflow. One of the clearest ways to understand the role of an environmental standards database is to understand the workflow it supports. Video Transcript The environmental standards workflow A good way to understand…
The video shows a typical environmental data workflow managed using environmental data management software, from field sampling through to reporting. Video Transcript for Environmental Data Workflows Environmental monitoring programs produce large volumes of data from field sampling, laboratory analysis, environmental…
Are you wondering what Essential Features of Environmental Compliance Software you need? Environmental compliance rarely fails because organisations don’t care. It fails because data is fragmented. A regulator calls. They want a groundwater trend report—this time using updated guideline values…
How to choose the best Environmental Data Management Software for Enterprises Table of contents Why “environmental data management” means different things in enterprises The decision lens: start with the field portal The top providers (and where they fit) Why ESdat…
A field portal is the bridge between environmental fieldwork and your Environmental Data Management System (EDMS). It’s the field-facing interface (usually mobile-friendly) where technicians and contractors capture observations, groundwater levels, field parameters, and photos, then sync everything to the central…
How do you choose the best environmental data management software for compliance reporting? Environmental compliance reporting is no longer just an operational task — it is a board-level risk function. Regulators expect defensible data, executives expect early visibility of risk,…
Geotechnical and environmental data describe the same piece of ground from two very different perspectives: one asks, “Can we build safely here?” while the other asks, “Is this place healthy for people and ecosystems?” For modern projects, both are needed…
Table of contents Why Excel is so hard to quit The Excel trap in environmental programs The risks that matter to senior leaders Why “macros + spreadsheets” don’t scale What an EDMS changes in practice How to move off Excel…
Geotechnical data management software helps teams keep this data organised, accurate, and easy to use throughout a project. Geotechnical projects rely on good data. Borehole logs, lab results, groundwater levels, and site notes all influence design decisions, cost, and risk.…
From Spreadsheet to ESdat. How environmental teams evolve as data volume, complexity, and compliance pressure increase. Environmental Data Management Maturity Ladder infographic illustrating the progression from spreadsheet-based environmental data management to a modern environmental data management system (EDMS), highlighting when…
Spreadsheets (Excel) are a powerful planning tool for small datasets, early-stage projects, and quick analysis—but they struggle with complex data, multi-site programs, and defensible compliance reporting. Table of Contents Why environmental data management is getting harder Spreadsheets for environmental data…
For many organisations today, environmental data is growing in volume and complexity. Groundwater monitoring, chemical sampling, lab reports, emissions, field data logging — the kinds and amounts of data multiply quickly. Without a capable EDMS, several painful realities emerge: For…
If you’re evaluating alternatives to EQuIS, you likely want three things: (1) faster time-to-value, (2) lower change-management friction, and (3) proven compliance and security. ESdat checks those boxes with a browser-based EDMS designed for project managers and scientists (no specialist…
Summary 1. Definition: “Monitoring Round” A monitoring round refers to a defined period of sampling and data collection carried out under a single program, typically aligned with a reporting frequency (e.g., monthly, quarterly, or annually). Distinguishing Terms Term Definition Example…
TL;DR: A monitoring round is a discrete sampling campaign—one window in time when you collect field and lab data from a defined set of locations. It’s the backbone that lets environmental teams organise results, compare periods, prove compliance, and tell…