Mappt Case Study: Rodinia Geological Services

Project Name: Klondyke
Date: April-September 2017 (ongoing)
Company: Rodinia Geological Services consulting to Calidus Resources (ASX:CAI)
Location: East Pilbara, Western Australia
Industry: Mineral Exploration

Background

Rodinia Geological Services is a geological consulting services company consisting of husband and wife team, Nancy Reardon and Mark Styles. They specialise in geological mapping and target generation (for drilling) for mineral exploration companies.

Calidus Resources is an ASX listed gold exploration company which controls the 410,000-ounce Warrawoona Gold Project in Pilbara Goldfield in Western Australia.

Nancy and Mark decided to switch from notebooks and paper data entry to direct collection of data via mobile GIS. After investigating ArcGIS and MapInfo, they were disappointed to find these options were extremely expensive, they then came across Mappt.

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Problem

Nancy and Mark were originally collecting data by writing notes, taking GPS points and photos with a camera.

The process of compiling this data was extremely time consuming, inconvenient and less accurate. Mappt saves an enormous amount of time and rids the torturous task of data entry at the end of the day.

It was also very difficult for others to use the metadata, as clients would get a product map as a compilation and raw metadata.

Collecting data with Mappt allows clients to access and use the metadata easily, providing a better product for clients, more efficiently. Mappt was also significantly less expensive than the alternatives.

Objective

The objective for Rodinia Geological was to undertake geological mapping and analysis to define targets for drilling at Klondyke.

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Solution

With ruggedised tablets, Nancy and Mark would enter point data, take associated geotagged photos and draw lines and polygons to represent various geological features when out in the field.

The team used Mappt offline in a remote location with no cell or data service. They found the drop-down forms tool the key to collecting data that could be directly imported into their desktop GIS software.

Nancy and Mark initially chose Mappt for affordability, however quickly discovered Mappt is very user friendly and has all the features they needed to make their field mapping significantly faster, cheaper and easier. Nancy and Mark imported imagery and existing data as a base map and collect point data using the drop-down form tool.

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Outcome

The project is ongoing, with targets defined by Rodinia Geological to be drill-tested in future campaigns. Nancy and Mark will continue to use Mappt for future data collection, mapping and mobile GIS at Klondyke, as well as for projects for other clients.

Testimonial

“We love your product. I’ll be using it on a broker/analyst tour for a client. The platform allows an infinite amount of flexibility over old-school paper!”

– Mark, Rodinia Geological Services

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Mobile GIS: The best in-field partner a Geologist can get

Geology in the field

Getting out of the office and into the field is one of the most stimulating parts of a geologist’s job. Whether you’re plotting the location and attitude of various rock units or evaluating potential hazards, geological mapping and collecting real data in the field is a crucial element of effective geology.

Geological maps communicate vast amounts of information and are an essential item for when out in the field. However, flimsy paper maps are an outdated tool – they’re impractical, can be difficult to view and are easily damaged.

The same problems apply to other in-field equipment such as pens, paper graphs, cameras, external GPS devices, note pads and data tables, which leave field workers with piles of paperwork, and information all over the place.

Mobile GIS application used in field on tablet mappt-splitting-tool


Time saving GIS features for geologists

The good news is mobile mapping and data collection apps are becoming widely used by geologists all over the world because they’re dramatically reducing the time and equipment needed in the field.

We can’t speak for all GIS applications, but Mappt offers geologists a range of features that speed up fieldwork, and make data collection far more efficient. The best part is these features sit on your tablet or mobile phone, so you can leave your GPS device, camera, paper map and notebook back at the office. Mappt’s top features for geologists include:

  • Import unlimited sized imagery including satellite, aerial, geological, topographic and elevation to view offline in the field.
  • Plot points, lines and polygons (shapes) and add data to each attribute.
  • Take geotagged photos that will appear on your map, right on the spot they were taken.
  • Create forms and organise the data they are collecting in a simple and easy manner.
  • Easily export your data back to your desktop computer in minutes.

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One of the most useful features for geologists is the map annotation tool. Geologists often examine the layers, folds and composition of rock beds and mineral deposits.

Field trip rock drawing using mobile GIS application Mappt

http://www.geosci.usyd.edu.au/users/prey/FieldTrips/BrokenHillOlary/Mapping.html

Mappt allows geologists to take geotagged photos of areas of interest, automatically tag them to their exact GPS locations, then add optional annotations.

Users can draw, add shapes, use multiple colours, dotted lines and type coloured text over the image to explain certain features. The annotated image is then saved and workers can return to their navigational map without any disturbance. Users can also annotate map screenshots as well as geotagged photos.

The geologist’s tool belt is full of necessities that can’t be put on a tablet, however GIS software can significantly reduce the amount of equipment a field worker has to carry around, and significantly improves accuracy, efficiency and accountability of information.

Some of Mappt’s other valuable features include:

  • Offline GPS tracking record your journey with no need for WiFi or 4G.
  • Drop down forms for faster and easier data collection.
  • Measurement tools ensure accurate distances and areas.
  • Geofencing to ensure you never breach a boundary.

For a full list and explanation of Mappt’s time saving features, click here.

So whether you are studying sedimentation, structures, mineralogy or metamorphosis, mobile GIS applications like Mappt have you covered in the field from import to export.

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Ssiobhan-profile2iobhan Herne
Marketing and Communications

Siobhan has no background in GIS, she’s a beginner, just like you. Follow her stories for an easier digest of all things geospatial.

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Mappt Case Study: Focused Vision Consulting

Date: May 201720160726_135601_resized
Organisation: Focused Vision Consulting
Location: Munster, Western Australia
Industry: Environmental

Background

Focused Vision Consulting (FVC) is an environmental and HSEQ (health, safety, environment and quality) consultancy, that brings together expertise across a range of specialist disciplines including ecology, environmental approvals, compliance, management systems, health and safety, quality assurance, site support and more.

FVC specialise in biological studies supporting a variety of industries. These include flora and fauna vegetation surveys and environmental assessments.

Problem

FVC were using paper materials, which were inaccurate and inconvenient.

They needed a more visual tool for when they were conducting surveys, mapping flora and monitoring vegetation. When FVC workers were out in the field they needed to have a comprehensive overview of exactly where they were going, what they were doing and what they were trying to achieve.

Solution

FVC decided to use Mappt after being recommend by a GIS professional. Mappt enabled FVC’s environmental practitioners to log a detailed account of their findings, map each finding’s exact locations, and view this data easily whilst out in the field with no internet access.

 

mappt graphicArborCarbon-Mappt-Screenshot2

 

 

 

 

 

 

FVC significantly reduced their paper materials and instead used one compact Android device to view, capture, store and share all their relevant data. The app made producing maps, figures and reports for their clients significantly easier, faster and more efficient. Some of the services FVC were using Mappt for included:

  • Flora and vegetation surveys
  • Threatened flora surveys and mapping
  • Vegetation condition and weed mapping
  • Wetland assessments and reclassification or boundary modification applications
  • Vegetation and rehabilitation monitoring programs
  • Terrestrial vertebrate fauna surveys
  • Conservation significant fauna and habitat surveys
  • Technical reporting of biological assessment or monitoring information
  • Environmental Management Plans
  • Environmental impact assessments and approvals

Outcome

Since 2015, Focused Vision Consulting has been using Mappt for all their projects and has not had any issues to date. Mappt’s utilisation of a light and compact device has transformed their environmental field work through its ease of use and mobile efficiency.

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How does Mobile GIS Help Civil Engineers and the Construction Industry?

Civil engineering encompasses the built environment. It is the brains behind the construction of buildings, bridges, roads, railways and water supplies – to name a few.

Engineering and construction play a vital role in the development and sustainability of our cities and urban infrastructure., so how is GIS and more specifically, mobile GIS, shaping the industry for the better?

What is a GIS?

A Geographic Information System (GIS) is a software that allows you to create, edit, store and share location-based data. It is a powerful technology used by a variety of industries for multiple purposes to solve real world problems, and the engineering and construction industries are no exception.

Mobile GIS is a relatively new concept for many industry experts due to the colossal enhancements in technology, which are allowing users to move away from desktop GIS. Mappt™ – a mobile GIS and data collection application – works offline and gives users the power to simplify field data collection and mapping in remote areas.

Operating on compact devices like tablets and mobile phones, Mappt has cast out the need for paper maps, forms, notepads, GPS tools and other finicky objects by combining them into one simple app.

Building infrastructure requires in depth planning and investigation of surrounding environments. Utilising a GIS allows you to view areas, coordinates, and parameters that would remain imprecise without the visualisation of data. Overlaying data on top of your map is an integral part of building comprehensive and accurate planning resources.

Mappt has the following features to make predesign analysis and calculations more efficient through onsite data collection and mapping. Below are just some of the ways mobile GIS is transforming the engineering and construction industry.

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Importing & Exporting

Mappt allows you to quickly import any kind of map or GIS data for offline viewing in the field or onsite. Import a map with specific data onto Mappt and view this in any area you are working in on a light and compact device. Multiple maps can be imported and layered within the app, and you can adjust the opacity to see various attributes at once.

Points, Lines & Polygons

Once you are in the field with your maps loaded onto your device, you can drop a point, create a line or draw a polygon (straight-sided shape). Once you’ve added this kind of data onto your map you can add attributes or characteristics to each point, line or polygon to record more information.

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Drop Down Forms

When recording additional information about a marker point, geotagged photo or polygon, users have the option to choose a drop-down form. Drop-down forms allow you to create several options to select when recording data out in the field, for example damaged or undamaged, slope stability, volume or material. This makes data collection faster and less repetitive for the field worker.

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Geofencing

Geofences mark out inclusion or exclusion zones to ensure workers don’t go out of unmarked boundaries. If you step inside an exclusion zone such as heritage land, an alarm will notify the user and the event will be logged in Mappt. Alternatively, if you’re working in a small area, you can create an inclusion zone, and make sure you never step outside your boundary.

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geofence

 

 

 

 

 

 

Gridding & Measurement

Mappt has inbuilt measurement tools to calculate exact distances between areas. An overlaying grid with specific coordinates or sizes can be turned on and off to allow workers on site to visualise distances easier.

Map Annotations

Draw, add shapes and type text over your mapping data to give others clarification of your data. This handy, fun and colourful tool allows users to highlight areas of interest or point to a specific marker. You can screenshot the data and send it back to the office, or save it for later.

GPS Tracking

Whilst holding the device, Mappt will track and map your exact movements to provide transparency and accountability for workers on site. This is also handy if you ever need to retrace your steps but can’t remember the safe way back.

grid1

annotation tool

 

 

 

 

 

 

 


Import WMS/WFS/WMTS data feeds 

You can easily pull maps or their data from the web and into Mappt to work with out in the field.  If you’re worried about file sizes, you can choose to pull selected data from a set area within these maps to reduce the file size, allowing Mappt work as quickly as possible.

Aside from these valuable features, Mappt also gives users:

  • The ability to import vector data
  • Advanced API caching
  • Full layer control
  • Export data to local disk, email or Google Drive
  • Thematic mapping
  • Upload unlimited offline size files
  • Read-only data sets for huge files

Civil Engineers can use GIS to plan liveable communities and create lasting and meaningful infrastructure. With the recent surge in powerful mobile devices, GIS has become affordable and practical for all kinds of industries to increase efficiency and accuracy for collected data.

So whether you are analysing site suitability or implementing an underground piping system, Mappt is your number one tool for collecting, viewing, storing and sharing every type of geospatial data on and off your mobile device.

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Ssiobhan-profile2iobhan Herne
Marketing and Communications

Siobhan has no background in GIS, she’s a beginner, just like you. Follow her stories for an easier digest of all things geospatial.

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The Role of GIS in Solving Global Health Problems

When thinking about how technology has influenced the medical industry, what springs to mind?

Laboratories? Brain scanners? Advanced surgery equipment?

Whilst these developments have benefited patients in a direct sense, other technological innovations occurring behind the scenes are thriving. One of the most exciting yet overlooked technologies emerging today is the power of geospatial or location-based technology in the medical industry.

Geographic Information Systems (GIS) are an evolving technology that are saving lives indirectly. A GIS is a multifaceted form of mapping that enables users to capture, visualise, monitor and manipulate geographic data. Being armed with this type of data empowers health workers to see patient demographics in a way they’ve never seen before.

What if we could determine where the source of a disease was? Discover why an illness was occurring and predict where it would spread to next? Or improve our services to people in need?

These are the kinds of questions that are being answered through the integration of GIS into the medical realm, with their results responding to health problems all over the world.

Identifying Trends

To understand ‘why’ a disease or illness occurs, information or data is key. In both quantity and quality, the way we interpret data can make all the difference. GIS is used to visualise data and identify trends or behaviours associated with location.

A recent example of how GIS was used to identify trends in health was the United States’ National Community Mapping Institute. The organisation created a map identifying ‘Years of Potential Life Lost before Age 75’.

The map allowed people to physically see the clusters or areas that were high in premature mortality. The map suggested premature mortality rates were much higher in the southern half of the US, as opposed to the North. From there, specialists could make this a focus of their research and question why this is occurring; what other correlations do those areas have?

years-of-potential-life-lost

With illnesses such as cancer, diabetes and heart disease on the rise, GIS provides an invaluable source of research for health care professionals. Determining locations where illnesses are prevalent and implementing prevention strategies in areas that aren’t, are just some of the exceptional ways GIS is helping to identify and solve global health trends.

Tracking the Spread of Infectious Disease

Infectious disease is another ballpark. The spread of infectious diseases such as Measles or Ebola occurs at a much faster rate. This means it is essential for health workers and governments to have an immediate awareness and understanding of the infected persons’ location, how fast the infectious disease is spreading and where it will most likely hit next.

This type of geographic data has become increasingly accessible due to the recent development in GIS technologies. For example, our mobile mapping and data collection tool Mappt™ was recently used by a global health organisation during the Ebola outbreak in West Africa in 2014.

The mobile application tool allowed Ebola medical field workers to gather data in an efficient manner. The app worked on hand held tablets and smartphones, making the device light and compact, plus Mappt works offline so it could function in remote areas without internet access. Mappt enabled field workers to ascertain valuable geographical information by using features such as:

  • Offline GPS Tracking – track the ground field workers covered
  • Points, Polylines and Polygons – flag findings, highlight areas and store attribute information
  • Geotagged Photos – take a photograph using a device out in the field and geotagging it to a specific location
  • Drop Down Forms – log annotations and descriptive information in simple drop down forms.
  • Gridding – easily visualise and measure distances
  • Geofencing – mark out inclusion or exclusion zones to keep team members out of hazardous zones. Breaching a fence will alert the user with a visual and audial alarm
  • Importing and Exporting Data – fully compatible with WMS, WFS & WMTS and all major online and cloud based tools and imagery

ebola

Mappt assisted in the deadliest outbreak of Ebola in history. These kinds of features empowered the medical teams with the data to create visualisations and run predictive model algorithms. In other words, health workers could create a picture to identify, predict and prevent the spread of such a horrific outbreak and create an informed health community.

Wearable Technology

Health related statistics have a major influence in identifying the causes of global health problems, but a high quantity of quality data is paramount to accurate and informative studies. Acquiring substantial amounts of personalised data has been achievable in recent years through the introduction of wearable devices. Personal healthcare technologies such as fitness bracelets that track a person’s heart rate, sleeping patterns and level of activity, are often used to determine how these levels are varied in different geographic areas.

When combined with GIS, wearable devices embody a powerful tool to uncover long-term geographic patterns and trends in diverse demographics. Adding geographic data to healthcare statistics has already begun to revolutionize the healthcare systems all over the world.

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The Power of Location

Geospatial technologies such as GIS and mapping collection tools have transformed countless industries and will continue to address health issues like infectious disease control or unhealthy habits of people in specific areas. As technologies advance and medical industries adopt and integrate these innovations, unhealthy lifestyles and diseases will feasibly decrease.

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Ssiobhan-profile2iobhan Herne
Marketing and Communications

Siobhan has no background in GIS, she’s a beginner, just like you. Follow her stories for an easier digest of all things geospatial.

Sources

http://hitconsultant.net/2015/10/29/5-benefits-of-geographic-information-systems-in-healthcare/

http://www.giscloud.com/blog/mapping-the-disease-using-gis-for-improving-malaria-interventions-in-nigeria/#A56hdBiOEa3TkdMJ.99

http://communitymappingforhealthequity.org/past-maps-of-the-day/years-of-potential-life-lost-before-age-75-2012-2014/

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