Credible ESG Reporting

Climate change is about to upend the corporate world. Companies that fail to address their impacts on the environment are likely to face a backlash as their lack of effort will not sit well with the public, particularly as climatic changes become ever more severe and prominent. Firms need to react quickly if they want to be “on the right side of history.” The reinstatement and enforcement of canceled or ignored regulations and new standards in many countries will force more firms to report their emissions. But what reporting standards should they use? And how will they compile and aggregate their emissions data to provide credible and verifiable accounts of their activities?

Locus ESG Reporting

Figure 1: Companies brace themselves for new ESG regulations

These are timely questions to address with the expected renewed focus on the Paris Agreement accords as the United States re-engages with the rest of the world. One place to start is with better carbon-emissions data. Today, few companies even know how much greenhouse gas they or their suppliers emit, making it difficult for them to assess their products or operations’ full environmental impact. Where data does exist, it is often self-reported, inconsistent, or too out of date to be useful. Efforts are underway to fix this, mostly coming from an unexpected source–the push to incorporate environmental, social, and governance (ESG) reporting in evaluating companies’ creditworthiness by financial institutions. Many shareholders and professional investors now believe that investors who are not considering possible impacts related to climate change could be exposing themselves to serious risk.

While climate-related issues are a key component of the E in ESG reporting, it encompasses much more and is measured by various means. Some examples are GHG emissions, water use, generated waste, land usage, and so forth, both in a firm’s direct operations and along its supply chain. In this paper, I intend to focus on the problems and issues associated with such measurements.

 

Post Covid-19 Economy

In the post-Covid economy, many investors will want to align their investment strategy with accepted science. Many companies, countries, cities, and politicians have pledged to have net zero emissions before 2050 or some other year in the distant future (when those making the proclamation most likely will not be alive). However, to better manage and account for climate change risk and help keep global warming from rising to dangerous levels, investors are increasingly asking whether their portfolios are climate-change friendly in the short term. Pledges where a company hopes to be in 2030, 2040, or 2050 mean little to them.

Far from turning investors away from ESG investing, the pandemic has heightened interest in sustainable portfolios. I expect ESG scores will become as important to investors as financial performance indicators in the coming decade. According to several research analysts, at least $3 trillion of institutional assets now track ESG scores, and the share is rising quickly.

To stay relevant and attractive to investors, companies will urgently need to step up their efforts to minimize their impacts on the climate. Climate change is already causing both severe physical damage and harmful effects on the biosphere. Pushed by mainly younger voters, governments around the world are introducing ever-tougher regulations. Many expect the U.S. to do the same now that Biden has taken office.

 

ESG Scores as Important as Financial Performance

In the developed economies of North America, Asia, and Europe, there is a movement among some politicians, corporate executives, and investors to shift away from measuring corporations based solely on their financial performance. They want to incorporate climate change as another catalyst — a shift that would involve assessing which firms are “dirtier” than others. This effort’s success will depend on firms providing accurate and verifiable data on their emissions and related discharges.

Data from Morningstar, a research investment firm, show that in the first nine months of 2020, climate-aware funds attracted almost 30 percent of all investments in sustainable fund inflows.

In 2019, this proportion was just 15 percent. Climate change has never been so prominent in the minds of the financial community. But while awareness of climate change issues is rising within financial institutions, interest and concern in the U.S. have been suppressed in recent years by the very regulatory agencies that are supposed to be managing it. But more on that subject later.

Locus Climate Change

Figure 2: Climate change risks are real.

To attract capital, many companies will have to adjust their reporting to this new reality. Voluntary reporting of relevant key performance indicators (KPIs) will not be enough as governments develop more and better standards. “Markets need high-quality, comparable information from companies to enable informed capital-allocation decisions in the face of climate-related risk,” said Mary Schapiro, a former U.S. Securities and Exchange Commission (SEC) chairwoman. we can predict where we will be 20 or so years from now, we need to know where we are today. Only reliable, verifiable, and normalized data across industries can tell us that.

 

How To Measure Companies’ Sustainability Performance?

Measuring companies’ performance relative to climate change or sustainability is a challenge even with a set of agreed-upon standards. However, no such meaningful and accepted standards exist, let alone reporting rules or data interchange specifications. Some measures are slowly emerging, such as carbon emissions equivalents, energy consumption per something, water consumption, and type and quality of discharges. More effort is needed to standardize reporting and compare climate risk for companies in different industries. Besides the lack of standards, there is also a lack of unified enterprise software tools to make the reporting job easier.

Locus Energy Reading

Figure 3: Energy consumption reading, real-time upload and reporting to Locus Platform

In the absence of such standards and guidance, I expect some investors to place their bets on the least polluting steel manufacturing company or the traditional car manufacturer that has invested the most in electric vehicles. Or they may invest in companies that have set ambitious (future years) emissions targets, i.e., committing to become carbon neutral by some year in the distant future. While an improvement, all of these do not provide a clear picture of the risk associated with an investment. Who will be around 20 to 30 years from now to hold companies, individuals, or politicians accountable for “future-looking statements and predictions” that they are making today? Certainly not the people making those announcements. Moreover, at that time, a new generation will be focused on solving their own unimaginable or unpredictable problems today.

Since President Nixon’s 1974 State of the Union — where he made energy independence a national goal — a bipartisan procession of presidents has regularly made similar declaration calls to reduce America’s dependence on foreign oil. None of them was correct when or how the country would reach that noble goal, and nobody ever held them accountable for their failures. I expect the same will happen with today’s predictions on carbon neutrality by so many CEOs.

 

ESG Standards

One of the most problematic ESG reporting issues is that there are no globally enforced reporting and compliance standards for ESG and other sustainability information. For financial reporting, at least, there are standards in the form of Generally Accepted Accounting Principles (GAAP) and International Financial Reporting Standards (IFRS).

Nowhere is corporate “book-cooking” more on show than in firms’ sustainability reports. Today, 58 percent of companies in America’s S&P 500 index publish one, up from 37 percent in 2011, according to Datamaran, a software provider. Among the photos of pollution-free blue skies, blooming red flowers, and smiling children of all races, firms sneak in such ESG data as their carbon footprint, waste generation, and water usage. As expected, all charts showing these data trend downwards, like an inverse hockey stick. But the information in the sustainability reports differs wildly from firm to firm, making it impossible to draw comparisons based on their ESG data. Unlike financial data that are audited and include the familiar balance sheet, income statements, and cash flows, there is nothing similar on the ESG side. This situation arises from the absence of widely adopted standards for ESG reporting. The most obvious sign of this mess is that, unlike financial statements, ESG scores assigned by different rating firms poorly correlate with each other, rendering their ratings useless for smart investors.

With the U.S. EPA missing in action over the last four years, five voluntary ESG standards have come to dominate the scene. The Global Reporting Initiative (GRI) focuses on metrics that show firms’ impact on society and the planet. The Dow Jones Sustainability Indices (DJSI), launched in 1999, are a family of indices evaluating the sustainability performance of thousands of companies trading publicly. By contrast, the Sustainability Accounting Standards Board (SASB) includes only ESG factors that have a material effect on a firm’s performance. The Task Force on Climate-related Financial Disclosures (TCFD) and the Carbon Disclosure Project (CDP) is chiefly concerned with climate change. They specifically focus on companies’ exposure to climate change’s physical effects and potential regulations to curb carbon emissions. There are still other regulatory standards worth mentioning: AB32, the California Global Warming Solutions Act of 2006, and the EU emissions trading system (EU ETS) that is a cornerstone of the EU’s policy to combat climate change and is its essential tool for cost-effectively reducing greenhouse gas emissions.

GRI is the most popular of the voluntary standards, in part because it is the oldest, founded in 1997. It has been embraced by about 6,000 firms worldwide. However, all these standards are based on voluntary reporting and have no teeth. Absent real climate change regulations and standards, many financial institutions promote one of these standards.

To further complicate matters, the number of ESG standards in the world has grown from around 700 in 2009 to more than 1,700 in 2019. That includes more than 360 different ESG accounting standards set primarily by various financial institutions or rating agencies. To say the situation is chaotic is an understatement. Last September, the World Economic Forum (WEF) announced a new set of ESG metrics for firms to report, making the current state of affairs even more confusing. These new metrics have received the backing of four large accounting firms. The Davos agenda for 2021 is: “How corporate leaders can apply ESG tools to help overcome global challenges.” Let’s hope they make some progress between their martinis and skiing.

The WEF stressed that this is not yet another new standard but a collection of useful measures picked from other standards. The intention, they claim, is to simplify ESG reporting, not to add to the confusion. But that is exactly what this mixture of standards does.

The IFRS Foundation, a global financial-accounting standard-setter, is considering its ESG standard. Moreover, the EU is planning rules that will force big companies to disclose more ESG information; as of the beginning of 2021, it is still thinking about which measures to use.

These efforts fuel demand for normalized ESG ratings and a uniform set of reporting standards. The goal is to create a single score from disparate non-financial indicators, such as a firm’s carbon emissions. The proliferation of standards hinders comparability. Simplification is needed. Many complain that voluntary reporting lets companies cherry-pick positive results by taking reporting numbers out of context.

Some have pushed for an ESG equivalent to the GAAP used in financial reporting. But these took years to agree on, and there are still sizable differences between the U.S. and the EU in applying them. Before regulators can establish any accounting-like standards, they must first base them on pure science and scientific calculations. Many such standards already exist in various U.S. EPA environmental compliance reporting requirements such as the Clean Water Act, Clean Air Act, or California AB32 for greenhouse gas emissions.

Instead of aggregating many voluntary reporting standards developed by non-scientists, lawmakers should aggregate the existing reporting requirements that have been developed by federal and state agencies under existing programs over the last 50+ years. A unified reporting schema and associated enterprise, cloud-based software to aggregate it should be the ultimate objective. We do not need to create yet more regulations to institute climate change regulations. What we need to do instead is synchronize, unify, and coordinate existing rules. Almost every current environmental law already has built-in components that relate to climate change. For example, many voluntary reporting programs like GRI or CDP require companies to track waste or water consumption and discharges or air emissions. And all of these are already regulated by EPA.

Locus Discharge Monitoring Reports

Figure 4: Water discharge reporting. Under President Biden, companies may face new water discharges, carbon emissions, and other sustainability measures.

Voluntary standards reporting requirements lack the rigor and comprehensiveness of waste management requirements developed under the EPA RCRA program, water quality management under the EPA Clean Water Act, or air emissions management under the Clean Air Act. Why duplicate efforts if they do not bring added value? The EPA’s cradle-to-grave hazardous waste management system, for example, provides the critical foundation needed to keep America’s land and people safe from hazardous materials. Added reporting on waste under GRI or CDP brings no additional value. The Resource Conservation and Recovery Act (RCRA) passed in 1976 to set up a framework for properly managing hazardous waste is far superior to any voluntary reporting programs of recent years.

Likewise, Title V of the 1990 Clean Air Act Amendments requires all major sources and some minor air pollution sources to obtain an operating permit. A Title V permit grants a source permission to operate. The permit includes all air pollution requirements that apply to the source, including emissions limits and monitoring, record keeping, and reporting requirements. It also requires that the source report its compliance status concerning permit conditions to the permitting authority. None of the voluntary programs has similar requirements.

 

How are Firms Rated on their Climate Change by Financial Analysts?

Many would-be investors are confused because there is no standard terminology for describing and defining sustainability and other ESG reporting components. The resulting variability in the quality, quantity, and relevance of disclosures prevents investors and stakeholders from getting the information they need. Rating firms use teams of analysts, AI-driven software algorithms, and scattered data from companies to collect and massage ESG information. They then convert this information into a single score. And how is this score used? Some customers of these rating firms seek to gain an investment edge; others want their money to benefit society and themselves. But the ratings are not yet ready for the critical role they are being asked to play.

A recent report by the Governmental Accountability Office (GAO) in July 2020 emphasized that ESG disclosures and reporting are not always clear or helpful for decision making. If reported information is not useful for decision making, we must ask, what purpose does it serve in its current state?
As government regulations on heavy polluters and heavy emissions emitters get stricter and companies see their business models under threat, it only makes good financial sense to implement a system that aggregates all their emissions data (to air, water, or soil) and present it to regulators and investors in an organized, transparent, credible, and defensible way.

Just as the Sarbanes-Oxley (SOX) Act of 2002 provided unexpected drivers for reporting the environmental liability on the balance sheet of publicly traded companies, ESG reporting drivers may help standardize EHS reporting.

 

U.S. EPA: Missing in Action

The U.S. conversation about protecting the environment began in the 1960s. Rachel Carson had published her attack on the indiscriminate use of pesticides, Silent Spring, in 1962. Concern about air and water pollution had spread in the wake of disasters. An offshore oil rig in California fouled beaches with millions of gallons of spilled oil. Near Cleveland, Ohio, the Cuyahoga River, choking with chemical contaminants, had spontaneously burst into flames. Astronauts had begun photographing the Earth from space, heightening awareness that the Earth’s resources are finite.

In early 1970, due to heightened public concerns about deteriorating city air, natural areas littered with debris, and water supplies, and navigating bodies of water and beaches contaminated with dangerous chemicals, President Richard Nixon sent Congress a plan to consolidate many environmental responsibilities of the federal government under one agency. A new Environmental Protection Agency (EPA) was born. For most of its existence, the EPA fulfilled its mission to deal with environmental problems in a manner beyond the previous capability of government pollution control programs.

The EPA is best positioned to lead the development of reporting standards for climate change that financial institutions can incorporate in their reporting. The SEC regulates the securities markets and facilitates capital formation, helping entrepreneurs start businesses and companies grow. The EPA should do the same to activities that have harmful effects on the climate. The current trend of using voluntary reporting programs gets it all wrong, letting financial institutions determine how best to assess a firm’s environmental impacts. What does the financial sector know about the setting limits for the concentration of toxic chemicals in discharge water or the potential effects of specific air emissions?

Unfortunately, in the last several years, the U.S. EPA has drifted away from regulating climate change. Just last week (January 12, 2021), the agency set higher barriers for controlling the emissions that contribute to climate change, setting new rules that effectively block the federal government from imposing new restrictions on several heavy industries. The regulations establish new criteria for entities that are significant contributors to greenhouse gas emissions. The agency claimed that the law requires determination of who these entities are. With unmatched chutzpah and antipathy toward environmental controls, the agency declared that oil and gas producers, refiners, steelmakers, and other heavy industries don’t meet the criteria. As such, the hamstrung EPA is ostensibly prohibited from regulating these industries’ emissions under the Clean Air Act.

This abrogation of EPA’s role in protecting the environment has never been seen in any other administration. Programs and agencies elsewhere in the federal government have had their missions bent to serve polluters’ sole interests or had their scientific research halted, and their reporting suppressed. Please make no mistake about it. The Trump administration has been quite successful in some of its efforts. Fortunately, though there are anomalies, as is the case with Trump, the overall direction of our attitudes toward the environment in the last 60 years is one in which reduced emissions and sustainability have taken on ever greater importance. In future years, the EPA will hopefully once again assume its leadership role in promoting best practices and the promulgation of meaningful ESG reporting.

As of the writing of this paper, there is already some good news: A federal appeals court today, the last full day of Trump presidency, vacated the Trump administration’s rules that eased restrictions on greenhouse-gas emissions from power plants, potentially making it easier for the incoming Biden administration to reset the nation’s signature rules addressing climate change.

Until the EPA reenters the climate change business, expect that the SEC will follow the European lead and impose enhanced ESG disclosure requirements on public companies.

 

Software to Organize and Report ESG

To compare companies relative to their impacts on the climate, one must take a holistic approach that includes many factors. Among those to consider when assigning a score to a company are:

  • The magnitude of its overall and coupled emissions to natural media
  • The efficiency of its operations in water and energy usage
  • Its carbon footprint
  • Waste treatment operations
  • The transparency and impacts of members of its supply chains

This holistic approach requires new, integrated, and interactive software tools. Such ESG software, equivalent to the ERP (Enterprise Resource Planning) software that made its appearance in the early nineties, would provide complex tracking of all kinds of emissions linked to assets in real-time. We need an equivalent of the balance sheet, income statement, and cash flow (emissions flow) across all aspects of companies’ assets and activities.

Ironically, although the term ERP includes “Resource,” it has little to do with real natural resources being affected by its operation. Instead, ERP refers to companies’ software that is used to manage and integrate the critical parts of their businesses but mainly focuses on financial, human resources, and physical asset management to satisfy financial reporting, not asset emissions. ERP software applications integrate the processes needed to run a company with a single system: planning, purchasing inventory, sales, marketing, finance, and human resources. However, they do not typically integrate any technical information or activity related to emissions, waste, climate, environmental compliance, etc. Never mind that much of the ERP software in the market today is obsolete, running on the outdated technology of the seventies and eighties, and hard to integrate with anything.

ERP software is siloed and applications are pigeon-holed.

Figure 5: Traditional ERP software is siloed and applications are pigeon-holed. ESG requires an all-new approach.

The traditional approach of bolting-on another application to an existing software infrastructure will not work to integrate emissions tracking, sustainability, and other environmental and sustainability-related verticals. Many ERP systems are caving in under their weight and are hugely and unnecessarily complicated. New, cloud-based Software as a Service (SaaS) technologies such as the Locus Platform are promising as they allow for the fast deployment and sharing of input, storage, and reporting tools among all key players: companies, investors, and regulators in a single system of record. One new software technology, Blockchain, is up-and-coming.

 

Blockchain for ESG

Though created as the digital ledger underpinning bitcoin, Blockchain has since been adopted by various industries for applications outside the realm of finance and cryptocurrency. But the potential for this technology far eclipses its current uses. Alongside the growing expectation for better ESG reporting, blockchain technology has the opportunity to enable ESG reporting to become more transparent, secure, consistent, standardized, and useful.

At first glance, the convergence of Blockchain with ESG reporting might seem to be contradictory, but a more in-depth analysis of trends shows its value. Blockchain has rapidly transformed into a financial reporting and attestation tool that has caught the attention of many key decision-makers and technology drivers. At the same time, the importance of ESG has never been more pronounced. Combining the two could be the key to making ESG reporting more straightforward and more meaningful. The broader trends of both are alike: each has been steadily making inroads into organizational management and the reporting landscape. The difference is that now, with accelerated digital transformation and automation, both broader trends have moved into a much sharper focus.

Blockchain technology is ideally suited for the complexities of tracking a global supply chain. Improving the traceability of supply chains is old news in terms of goods, but supply chains are much bigger than that. Securing the information that drives business decision making is where Blockchain can deliver significant value. Blockchain for ESG purposes is gaining traction already, with many pilot platforms being launched and tested in the last year. For example, two hospitals in the U.K. are actively using blockchain technology to help maintain the temperature of coronavirus vaccines before administering them to patients. Several off-the-shelf blockchain ledgers can provide authentication and corporate oversight systems. You can read more here: Blockchain Technology for Emissions Management.

Blockchain technology will allow companies to track resources from the first appearance in their supply chain, certifying their products’ compliance with regulations and their quality. Blockchain technology would enable government agencies to effectively aggregate emissions quantities and origins across geographies, industries, and other criteria. More importantly, all parties would need only one software system of record to avoid constant synchronization, submittals, and reporting requirements. The open question remains: Who will run it, and who will pay for it?

Though their data may be more transparent, corporations stand to benefit considerably from adopting a technology in which all their emissions and other data reside in a single system of record. Star performers, as well as laggards in their factories and supply chains, could more easily be identified.

Along the way, companies would undoubtedly lower their operating cost and, at the same time, reduce the dizzying number of unconnected, heavily supported, siloed software applications they currently operate to keep in compliance with existing environmental regulations.

Blockchain technology

Figure 6: Blockchain and ESG, a powerful combination to tackle climate change.

 

Contact us to learn more and get a quote on Locus ESG solutions

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    Q&A with the Locus Support Team

    The biggest differentiator between Locus and other EHS software providers is our support team. Not only do we pride ourselves on the quickest and most efficient resolutions in the industry, but on our human approach to support. Get to know our support team as we recently sat down (virtually) with them to talk about the ins and outs of their field, how it is working for Locus, and more.

    Locus Technical Support & Training

    What is your most common support case?

    Our most common support case is user management related. Many times, our customers need assistance adding new users or updating their user lists. We receive a lot of requests for resetting passwords.  

    What is the most unique case you’ve seen?

    Almost ten years ago, there was a bug within SQL itself! It was quite a mystery. We would venture to say that we have at least one unique case every week. No single case is the same! It certainly keeps us on our toes. We also had a case once where an organization was acquired by another organization. Due to this, we had to rename the users and organizations which ended up resulting in over 300 user changes which impacted historic records. 

    What is your average response time?

    It is our policy to respond to all cases within two hours of receiving them (given that they come in between the hours of 5am and 3pm Pacific Time). If they come in outside of those hours, we respond within 2 hours of beginning our normal hours. We get many compliments on how speedy our response times are! It is the policy of the team for Tier 1 staff members to check new cases every thirty minutes or so. Critical issues typically receive almost immediate responses! Quick response times are one of our proudest achievements.  

    Can you name a case that made a great impact on the user?

    We have had many cases where we have received numerous thank yous from the customer. There has been a time or two when a customer did a widespread data update without meaning to. Our quick response and ability to revert their changes was much appreciated. We have also been known to help our customers with some very interesting issues that require quite a bit of troubleshooting on our end. The Support Team is incredibly patient and willing to dive deep into questions that customer’s come to us with. 

    What is something people may not know about the support team?

    The Locus Support Team consists of many individuals from a variety of backgrounds ranging from Environmental Engineering, Biology, Environmental Science, Environmental Health and Safety, Mathematics, Data Management, GIS, and much more! The Tier 1 team consists of three outstanding individuals who work across the Support Team, Engineering Team, anConfiguration team. The Tier 2 team consists of a wide variety of developers, configurators, and specialists in the field. Together, the Locus Support team has over 75 years of combined experience in the Environmental field. We have a few folks on the team that have outward appearances outside of the norm ranging from long hair, piercings, tattoos, and even purple hair.  

    How has working more hours remotely affected your team?

    Because our team is spread across the United States, with team members working out of the Asheville and Mountain View offices, as well as remote employees, we haven’t been impacted as much by the stay at home COVID-19 orders. Our team has always excelled at communication through email and other online chat services. The ability to talk through tools such as Teams and Skype, has given us the advantage edge during this pandemic. In addition, a large number of our Support Team are remote employees ranging across California, Tennessee, Indiana, Utah, and many other states. 

    What is your favorite part about working on the Locus support team?

    The first answer that came to the team was that we are all a family! We are incredibly supportive and encouraging of one another and we have FUN while working!  One of the fun things that we all have in common is our deeprooted love for animals. One of our favorite pastimes is sharing pictures of our animals, as well as their silly antics! We also like to share about our parenting concerns, particularly during COVID-19 times! Locus is an amazing place to work, in part because of the educated, experienced and awesome personalities we have working as a WHOLE team, rather than just a support team.  When asked, the number one response was the friendly and family-like atmosphere.  

    What certificates/degrees does the support team hold?

    Locus Expertise Infographic

    Master of Applied Science  

    • Environmental Policy and Management 
    • Environmental Engineering 
    • Biology 

    Associate’s 

    • Crisis, Emergency and Disaster Management 
    • Emergency Management 

    Bachelor of Science 

    • Environmental Science 
    • Environmental Chemistry 
    • Civil Engineering  
    • Physical Geography 
    • Mathematics 
    • Integrated Science and Technology 

    Certifications 

    • FEMA Certifications 
    • ISO 9001, 9000 and 14000 Internal and Lead Auditor Certification 
    • Accredited GHG Verififier 
    • 40-hr HazWoper 
    • Graduate certificate in GIS 

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    Top 10 Enhancements to Locus Environmental Software in 2020

    Let’s look back on the most exciting new features and changes made in EIM, Locus’ environmental data management software, during 2020!

    Top 10 Enhancements to Locus EHS Compliance Software in 2020

    Let’s take a look back on the most exciting new features and changes made in Locus Platform during 2020!

    5 Ways To Save With Locus

    For over 20 years, Locus environmental software customers have saved enormously on their setup and and data entry costs. This infographic highlights the aggregate savings of all users based on conservative estimates of time and cost for different aspects related to our software.

    5-ways-to-save

     

    Contact us today to discuss how you can save with Locus

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      Utilizing the Uniqueness of GIS for Better Environmental Data Analysis

      Today is GIS Day, a day started in 1999 to showcase the many uses of geographical information systems (GIS). Earlier Locus blog posts have shown how GIS supports cutting-edge visualization of objects in space and over time. This post is going to go “back to basics” and discuss what makes GIS unique and how environmental data analysis benefits from that uniqueness.

      Spatial vs Non-Spatial Relationships

      So, what makes GIS unique? It’s the ability of GIS to handle spatial relationships, which goes beyond just putting “dots on a map”. You are probably familiar with non-spatial relationships such as greater than, less than, or equal to, and you probably use them every day. For example, suppose you want to buy the latest gaming console (PS5, anyone?). You need to compare the price of the console to your bank account. If the console price is greater than your savings, then you cannot buy the console.

      Or can you? With credit cards, you can pay later, so you go charge the console. At the time of the transaction, some software evaluates a non-spatial relationship and checks if the console price plus your current debt is less than your credit limit. If so, you can buy the console; if not, your purchase is denied.

      The key point about this example is that spatial relations play no part. It doesn’t matter where you are located or where the game console is sold from. (OK, there may be things like state taxes and shipping, but that just contributes to the price.) Now, if you were trying to find all gaming consoles for sale within a certain distance of you, that is a spatial relationship. There are multiple types of spatial relationship, but the most common are inside, contains, crosses, overlaps, and within a distance of. Standard relational database software does not handle these sorts of relations, but GIS can.

      As an illustration, let’s consider two current events: the 2020 US presidential election and the COVID-19 pandemic. With non-spatial relationships, you can answer various questions such as “did Biden get more votes than Clinton?” or “is the number of positive COVID tests increasing?”. But with spatial relations, you can answer more interesting questions such as “did areas with COVID hot spots vote more predominantly for Biden or Trump?”. For this question you must see if voters lie inside a COVID hot spot; a GIS can perform this analysis and then map the results. While many votes are still being counted, as of this blog post, it appears Trump performed better in COVID hot spots.

      Spatial Relationships in Environmental Data

      Let’s look at some example of spatial relations in environmental data. Assume you have a database of tritium sampling results in water, along with various map layers of natural and manmade features. What kind of spatial relationships can you explore with GIS?

      To answer that, we’ll make some maps with the Locus GIS+ package in EIM, Locus’s cloud-based, software-as-a-service application for environmental data management. All maps shown here display wells with tritium samples, with the wells represented as colored circles. The color scale goes from blue through yellow to red, to indicate increasing tritium results.

      Figure 1 shows an example of an inside spatial relationship. The map answers the question “what wells with tritium results are inside the Mortandad Canyon watershed?”. The watershed is highlighted in blue on the map, and you can easily see the wells inside the watershed.

      Locus GIS | Wells with tritium

      Figure 1: Wells with tritium within a watershed

      Figure 2 shows wells with tritium results that are within a distance of a river. The map answers the question “what wells with tritium results are within 500 ft of the river?”. The river, highlighted in light blue, has a 500 ft buffer shown as a dotted blue line. The wells with tritium that lie within the buffer are shown on the map, so you can check if any high tritium results are close to the waterway.

      Locus GIS | Wells with tritium

      Figure 2: Wells with tritium within a specified distance of a river

      Figure 3 shows another example of within a distance of. Here, the map answers the question “what wells with tritium results are within two miles of a middle school?”. The two-mile radius is shown as a shaded blue circle centered on the school. You can see the wells are confined to the area southeast of the school.

      Locus GIS | Wells with tritium

      Figure 3: Wells with tritium within a specified distance of a school

      These three examples are just a small subset of what can be done with GIS and environmental data. Here are some other questions illustrating the kind of spatial analysis that GIS supports.

      • Have any spill incidents at my site been within a specified distance of a waterway?
      • Do any pipelines at my site cross protected waterways?
      • Do any remediation areas at my site contain wells that have recorded high chemical levels in water?
      • Does the underground plume from a chemical release overlap any aquifers?

      All these examples illustrate the power of GIS for analyzing spatial relationships, and these examples are just the beginning. GIS can also perform more sophisticated analyses that look at spatial relationships in different ways to answer questions such as:

      • How confident can we be in the results of the spatial relationship analysis?
      • Do all data records follow the spatial relationship, or are any outliers that fall outside the norms?
      • Has this spatial relationship changed over time? Has the relation grown stronger or weaker?
      • Can we predict the future of the spatial relationships?

      Locus continues to bring new analysis tools to our Locus GIS+ system for environmental applications. These applications let you take advantage of the unique ability of GIS to analyze spatial relationships in your environmental data.

      Acknowledgments: All the data in EIM used in the examples was obtained from the publicly available chemical datasets online at Intellus New Mexico.


      Interested in Locus’ GIS solutions?

      Locus GIS+ features all of the functionality you love in EIM’s classic Google Maps GIS for environmental management—integrated with the powerful cartography, interoperability, & smart-mapping features of Esri’s ArcGIS platform!

      [sc_button link=”https://www.locustec.com/applications/gis-mapping/” text=”Learn more about Locus’ GIS solutions” link_target=”_self” color=”#ffffff” background_color=”#52a6ea” centered=”1″]


      [sc_image width=”150″ height=”150″ src=”16303″ style=”11″ position=”centered” disable_lightbox=”1″ alt=”Dr. Todd Pierce”]

      About the Author—Dr. Todd Pierce, Locus Technologies

      Dr. Pierce manages a team of programmers tasked with development and implementation of Locus’ EIM application, which lets users manage their environmental data in the cloud using Software-as-a-Service technology. Dr. Pierce is also directly responsible for research and development of Locus’ GIS (geographic information systems) and visualization tools for mapping analytical and subsurface data. Dr. Pierce earned his GIS Professional (GISP) certification in 2010.

      Become Water Positive with Locus

      Becoming water positive is a more difficult task than becoming carbon positive. Both in practice and in tracking complex water data. Less than a decade ago, experts questioned if it was even feasible to have a net-positive impact when it comes to water. Perhaps the biggest reason for the difficulty with water is a relative volatility when compared with carbon. Seasonal environmental changes in rainfall, as well as droughts and floods, effectively make water consumption a non-zero-sum game. And with water, quality is more important than volume. Today, companies and organizations are believing that goal a more attainable one.

      Locus Mobile for Water Quality

      Organizations are now shooting for a goal that will create a net-positive impact on volume and quality. Recently, Microsoft announced their goal of becoming water positive by 2030. Their goal is not only impressive, but it is complex and multi-faceted. They plan to achieve more freshwater collection, lower consumption, working with various agencies and NGOs on regulatory changes, and perhaps most importantly digitizing their water data.

      Why is this goal so important? Almost a third of the world’s population, over 2.2 billion individuals, lack access to safe and clean water. With potential chronic shortages becoming more common and increased demand being more likely, the need for fresh water will be more drastic as time goes on. Organizations aiming for water positivity will lessen the momentum of water becoming less available.

      Screenshot of EIM water utility dashboard and mobile app for locations

      Where does Locus come in? We can’t solve a problem that we can’t understand. With Locus software, companies and organizations can accurately track and report complex ground and surface water data. Our calculation engine can deliver real-time estimates of supply and demand and our water quality software can manage sample planning and configure notifications for late or missing samples or exceedances in pre-defined limits. Our water quality solutions, long used by utilities like San Jose Water Company and Santa Clara Valley Water, can also help businesses achieve a greater perspective on their water consumption, providing the tools to allow them to become water positive.

      Contact us today to start down the path of water positivity

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        HydroGeoLogic, Inc. Selects Locus Technologies for Their Environmental Software

        Locus will provide environmental field and analytical data management software for HydroGeoLogic, Inc.

        MOUNTAIN VIEW, California, 29 October, 2020 — Locus Technologies (Locus), pioneers in environmental software, today announced that HydroGeoLogic, Inc. (HGL), industry leading environmental engineering service provider headquartered in Reston, VA, has chosen Locus’ environmental information management software, Locus EIM, for their field data collection, monitoring, and reporting.

        HGL has selected Locus’ cloud-based software after extensive proof of concept and usability testing. They will seek to utilize Locus EIM for environmental monitoring, while also taking advantage of Locus Mobile for field data collection and LocusDocs for document management.

        “Our aim has always been to use cutting-edge technology to provide comprehensive environmental engineering services. With Locus, we have just that. Locus provides a secure and innovative solution that allows us to meet our environmental goals.” said Peter Huyakorn, Ph.D, Founder of HGL.

        “We are elated that HGL has chosen Locus for their environmental needs. HGL has an amazing track record as one of the premier environmental firms worldwide, and we will work our hardest to provide them with the tools to maintain their superb reputation,” said Wes Hawthorne, President of Locus.

        Sustainability is More Important Now Than Ever

        The global economy is currently being tested on a magnitude that we have never witnessed before. The effects of COVID-19 have pushed the limits of individuals, and the organizations that they run. As we collectively face short-term problems related to the pandemic, long-term effects of climate change have, in some ways, been magnified. When the dust settles, and we tackle COVID-19, we will still be facing the consequences of climate change. It is now, however, not after COVID-19 is controlled, that organizations must make steps towards tackling environmental issues. On a positive note, there is a return on investment in sustainability, and there are pragmatic ways of achieving sustainable goals.

        Factory with smokestacks and pond- Locus sustainability management software solutions

        The connection between saving money and resources and investing in sustainability is well known. Year after year, sustainable projects result in billions of dollars in savings for the companies investing in them. By 2030, return on investment in sustainability will be $26 trillion. And while those companies investing in sustainability have better numbers, they’re continuing to push for higher sustainability goals, as are government agencies. Companies not making these investments are not only missing out financially, but they are falling behind when it comes to long-term preparedness. Without a doubt, the organizations who are acting first have the leg up. When it comes to sustainability, two proverbs attributed to Benjamin Franklin are as true as when he first said them. “An ounce of prevention is worth a pound of cure”, and “a penny saved is a penny earned.” Pair those variables with the ever-growing awareness and importance of sustainability by the green investor and the green consumer and you have a powerful combination.

        Nearly 80,000 emission-reducing projects by 190 Fortune 500 companies reporting data showed nearly $3.7 billion in savings in 2016 alone. – WWF | worldwildlife.org

        With climate-related issues comprising the top five long-term risks in terms of likelihood, the need for investing in sustainability becomes all the more apparent.  This sentiment is mirrored in a recent Bloomberg article, where Bill Gates suggests that the most difficult long-term problem facing the world today is climate change, and the effect it has on the environment. While outlining several difficulties, he points to one shining light in the fight to sustain a healthy climate: the acceleration and innovation of technology over the past two decades created to tackle the problem. Not many understand more than Locus the fight to maintain, and reduce, and use resources wisely. Locus has, for over two decades, provided advanced tools to improve sustainability on a grand scale.

        Locus Platform Sustainability

        Several organizations have taken advantage of the sustainability software solutions Locus provides. One example is Del Monte Foods, one of the largest producers of food in the world. They partnered with Locus for sustainability data management, eliminating errors in old data and better monitoring resource usage and cost. They also use Locus’ sustainability app to visualize and report data on the fly. They are tackling sustainability from a practical standpoint, addressing real data, not a nebulous idea. And they have been better off for acting early instead of waiting.

        Farmer in wheat field- environmental information management for Agricultural industry

        In the end, we must address the problems that face us. We need to tackle COVID-19 and how it affects our organizations, but be mindful that every quarter and every year that sustainability goals are pushed back, there are dollars being lost seeking out attainable improvements to our environment. Not only that, but every step that isn’t taken towards sustainable goals is a step behind other organizations making practical investments in their future and the wellbeing of everyone.

        [sc_button link=”https://www.locustec.com/applications/sustainability/” text=”See the Sustainability App” link_target=”_self” centered=”1″]

        Then and Now: Locus Environmental Information Management

        Locus Environmental Information Management

        Locus was founded on the vision of online environmental data management for large volumes of complex data collected as part of environmental site investigations. Locus’ Environmental Information Management (EIM) has remained the market leader in cloud environmental data management systems for over 20 years. EIM continues to evolve to meet an ever-wider customer base from international chemical companies to local water districts. Locus has approached EIM’s evolution with the same focus since day 1, handle any type of environmental data with ease and sophistication, enabling our customers to spend less time handling data and more time assessing information.

        Locus EIM Then:

        Locus EIM | Then and Now

        Locus EIM Now:

        Locus EIM Devices


        GIS Mapping

        Since Google Maps was first announced, Locus worked to add GIS elements to our software as soon as it was technically feasible. Our easy-to-use visualization tools have evolved over the years from Scalable Vector Graphics, to Google, to Esri ArcGIS Online. Born with our EIM software, GIS visualization of information was something our customers wanted and loved.  Always included in our pricing, having the ability to easily make maps from complex data was always a key feature of EIM. With technical advances, our maps are even more robust and integral to our vision of environmental information management.​

        Locus eGIS Then:

        Screenshot of GIS Site Search for EPA data

        Locus GIS+ Now:Environmental data management software screenshot of Locus GIS application with mobile app for sampling locations


        Locus Mobile

        In 2000, Locus launched the first environmental data management mobile solution connected to SaaS. 20 years later, Locus Mobile is your single solution for collecting field data, completing EHS audits, tracking waste containers, and much more. Easily configure business-specific data collection needs, enter data offline and synchronize data back to the cloud for final review.

        Locus Mobile (eWell) Then and Now:

        Locus Mobile | Then and Now


        Locus has evolved and innovated SaaS solutions to meet the needs of our EHS and Water Quality customers for over 20 years. As technology and regulatory requirements change, rest assured Locus is working hard so that your organization can be ahead of the curve.

        [sc_button link=”https://www.locustec.com/applications/environmental-information-management/” text=”Learn more about Locus EIM” link_target=”_self” background_color=”#52a6ea” centered=”1″]