, ,

Mappt User Story: Urban Planning in Carlos Chagas City, Brazil

A street scene in Carlos Chagos City, Brazil

A street scene in Carlos Chagos City, Brazil

Project Name: Technical Scientific Cooperation on Urban planning using Georeferencing and Geostatistics

Date: 2019

Company: Federal University of Viçosa

Location: Carlos Chagas City

Industry: Education



  • What is the company? What does it do?

We have a scientific research group on developing new methodologies for urban land planning. Using georeferencing through drones, Geoprocessing, Geostatistics and MoT, Maps of Things, we are transforming the public policy of poor Brazilian municipalities and making them sustainable.

  • What was the background situation?

Urban land planning has always been a problem for Brazil. On average poor municipalities have never done a cadastral survey or it’s been 20 years since the last one.


  • Why did you need to use GIS?

In urban land planning the vertices of the minimum unit, called portion, must be georeferenced (required by current Brazilian legislation).

  • Why did you need Mappt?

The Mappt app was used to edit the attribute tables in the field by adding important and customised information about the features.

  • What problems were occurring before Mappt?

The usage of paper materials made the work messy and inaccurate.  Costs due to inaccurate data were higher than licensing Mappt for our field workers.

The alternative software available don’t have the features we needed. They also aren’t as intuitive as Mappt.


  • What was the overall objective of the project?

Developing new methodologies for urban land planning, using georeferencing through Drones, Geoprocessing, Geostatistics and MoT – Maps of Things. When we realise that our actions can give the expected sustainability in the project, then we create public policies and institute them in the municipalities.


  • How did you use Mappt?

The app was used on a Tablet device, importing the features of the interested areas, adding physical and social information as needed for each address, such as pedology: -sandy –rocky –hard …; topology:  -rise -descent –level … ; etc.

  • What problems were solved?

The biggest problems were the inaccuracy of the data, since it was written on paper, the staff would check the wrong options.  The white paper also has a high reflectance, causing headaches for our staff.  Within 4 months of work, the amount of money that was saved on paper could even buy another device (Tablet). The number of people needed on each team on the field was reduced from 3 to 2, and in the office, to 1 person.

Urban planners utilising Mappt in the field

Urban planners utilising Mappt in the field

Orthophotos, JP2 images, loaded into Mappt

Orthophotos, JP2 images, loaded into Mappt

The visualisation of previously taken orthophotos and GPS position plus tracking helped the team to locate themselves and associate the polygons with the physical object.

The measurement of each team’s daily productivity allowed us to estimate precisely when the work would be finished.

We tried other apps available on the Google Play store, but none of them allowed editing the attributes by visually clicking the feature.  This makes the app very easy and intuitive to use, no knowledge of GIS software was needed.

Cadastral boundaries and building footprints in newly developed areas of Carlos Chagas City

Cadastral boundaries and building footprints in newly developed areas of Carlos Chagas City

  • Why did you choose Mappt over other software?

The choice of this app was based on its easy and intuitive interface. The field team found no difficulties in learning the steps to record information. Also no prior knowledge of GIS software is required for field data collection.  Initiating new team members is a quicker and therefore cheaper.

  • What Mappt features did you use?

All the work was done offline, even though an internet connection wasn’t required for this work. The paper forms became obsolete since Mappt allows users to edit directly on the attribute table, avoiding errors at the transcription stage.

Utilising the attribute to verify and update existing cadastral data. Note that Mappt is available in Korean, Japanese, Arabic, Spanish, Indonesian, Turkish, Hindi, Ukrainian, and Russian

Utilising the attribute to verify and update existing cadastral data. Note that Mappt is available in Korean, Japanese, Arabic, Spanish, Indonesian, Turkish, Hindi, Ukrainian, and Russian


  • How did the project turn out?

The project was executed more efficiently and the clients were really satisfied.  Our clients even considered using the app themselves to update data from time to time.

  • What was the most valuable thing about the app?

The visualisation of orthophotos was undoubtedly the feature that most helped the field team to get their work done with precision. The style customisation of the polygons also helped them colour code the addresses that still required a site visit.

  • Did it save you time or money?

The amount of money saved is measured by the number of people that are not needed anymore; one person for each field team, and another one in the office to process the day’s field data. The amount saved on paper, would be used to pay for Mappt licenses and tablets over time.

  • Would you recommend Mappt to others? Why?

We sure do! The app is amazing, very stable, even when the devices got really hot, since a lot of sun light shined on it, it didn’t crash. The app doesn’t need high system requirements, the device we used was a Samsung Galaxy Tab A SM-T280 – 2016 (RAM: 1,5Gb; Internal Memory: 8Gb; Processor: Quad-Core 1.3GHZ; Battery: 4000mhA).

If you would like to know more about using Mappt as an efficient and robust field inspection utility, please contact us at: support@mappt.com.au

Try Mappt today by downloading it from the Google Play Store


homeritoSpecial thanks to Homerito Meireles from the Federal University of Viçosa, Brazil for authoring this article.  We’re gifting Homerito a Mappt lithium battery pack for his efforts.  All contributors for user case studies receive a free battery pack for their efforts.  Contact us at:  support@mappt.com.au to submit your user case scenario and receive a free battery pack.

Use the Mappt Lithium Battery Pack for backup power on those long field days

Use the Mappt Lithium Battery Pack for backup power on those long field days

, ,

Mappt User Story: Protecting African wild cat species in Zambia

Panther's staff use Mappt on a daily basis

Panthera’s staff use Mappt on a daily basis

Dr Jake Overton is with Panthera, an NGO (Non-Governmental Organisation) devoted to the conservation of the world’s 40 wild cat species and their habitats.

The large cat species of Africa (Cheetah, Lion, Leopard, African Golden Cat, Caracal, and Serval) are under constant threat from poaching, illegal game trapping and habitat loss.  Big cat protection must be undertaken in a dynamic environment – the cats are constantly moving while illegal hunters never seem to take a rest.

Protecting large cats in Africa involves managing highly mobile animals over large areas.  Maintaining spatial awareness through mobile GIS systems is what makes Jake’s job more effective and ultimately improves big cat conservation outcomes.

“We use GIS for so many things – from ecological analyses to field planning.”

-Dr Jake Overton, Panthera

However, there were technical boundaries to utilising this GIS information in daily activities.  Panthera went searching for an interactive utility combining GIS and GPS in a portable device.  They found their solution in Mappt.  Prior to using Mappt, Panthera’s field crew had taken laptop-based GIS applications in the field – but crucially they weren’t linked to live positional information.

Panthera field staff now use Mappt on a daily basis for collaring and survey work.  Jake relies heavily on real time positioning available in Mappt for help in navigating remote areas without existing maps.  Another feature Jake has found especially helpful is the ability to load aerial images and cache Google Maps images for use offline in remote areas.

The view from Panthera's front office. Sioma National Park, Zambia

The view from Panthera’s front office. Sioma National Park, Zambia

Having the ‘big picture’ available, in terms of geospatial information, is essential for protecting big cats and their ecosystems.  Panthera’s objective is to protect wild cat species and the the environment that supports them.  Beyond traditional ‘protect and preserve’ practices, Panthera aims to provide thriving ecosystems to help wild cats again reach sustainability levels.

Mappt Mobile GIS is used to assist animal collaring in Sioma NP, Zambia

Mappt Mobile GIS is used to assist animal collaring in Sioma NP, Zambia

by Darren Smith

Mappt has a been game-changer for many organisations who rely on accurate geospatial information to improve efficiency and accuracy.

Try Mappt today by downloading it from the Google Play Store or Apple App Store

Mappt User Story: Researching primitive termite species in outback Australia

We caught up with Nicholas Hart at our offices in Perth this week. Nicholas was the 2017 winner of the “Takor Group prize for GIS” at the University of Western Australia.

Nicholas continued his studies at UWA in the School of Biological Sciences and recently submitted his thesis focusing on  primitive termite species in Australia.

Termites collected from a fallen tree

Termites collected from a fallen tree

We got the lowdown on the objectives of his thesis and how Mappt helped with the extensive field work involved in his research.

Mappt: G’day Nick. So tell us a bit about what you have been doing this past year….

After completing my degree in 2017, I decided to stay at UWA to pursue an Honours degree. The subject that I chose for my thesis was “Population and Landscape Genetics of a Primitive Termite Species” which was something my tutor had some experience with from research he had done decades ago so there was existing data on a broad and fine scale. The goal of my study was to relate genetic patterns in termite populations to spatial patterns in the landscape. In an ancient land like Australia, the landscape is stable so there is a lot of time for genetic patterns to emerge between populations. Extensive field research in 3 disparate outback locations was required so that was another thing that attracted me to the subject.

What locations did you visit for research? I am picturing wide open barren plains – how do you locate a tiny creature like a termite in such a vast landscape?

I spent time in the Pilbara region in Western Australia as well as areas around Darwin and Alice Springs in the Northern Territory. So yes – difficult places to find little insects but once you get used to the landscape and know what to look for, it actually becomes surprisingly easy to pick out the termite colonies – even at distance.

A screenshot from Mappt showing geotagged photos from study sites around Darwin in the Northern Territory, Australia

A screenshot from Mappt showing geotagged photos from study sites around Darwin in the Northern Territory, Australia

Why did you need to use GIS?

GIS was important as each data point has genetic information and it all had to be related to landscape features.

What type of landscape features are we talking about?

I needed to look at termite populations that were genetically distinct and see if there was a landscape feature separating the populations. Examples of landscape features are elevated areas which would have acted as refuges during ancient sea-level rises, big rivers with floodplains or even deep cracking clay soils.

So basically anything that would have separated one termite population from another for varying periods of time?

Correct. I found that the scale of the genetic patterns was related to the scale of the landscape variables that defined them.

Overview of some termite populations (yellow icons) separated by a landscape feature (in red)

Overview of some termite populations (yellow icons) separated by a landscape feature (in red)

Why did you need Mappt?

I needed something to assist with the collection of samples in the offline environment. I wanted something that would be an alternative to pen & paper, and swapping between a hand-held GPS and a digital camera. Mappt facilitated all of this in one device.

We often get asked about hardware so I’d be interested to hear what device were you using.

I used my HTC One Android smartphone.

So a pretty small screen then?

Yes but I found it usable for my purposes.

What Mappt features did you find most useful in the field?

I used the GPS tracking tool for orientation & navigation around the study sites. I created custom forms for collecting attribute data at each study site. I had some reference spatial data for some of the study sites which I loaded in to Mappt. I also captured a lot of spatial data – mostly as points – and took a lot of geotagged photos. Keeping a photographic record of the study site was important for investigating how the disturbance of the habitat affected the population and to relate the fine-level data collection with the broad-scale landscape features and thus identify populations for comparison. All the spatial data was exported to shapefile and I conducted analysis on the data using QGIS and R in the office.

A termite-infested tree in Western Australia

A termite-infested tree in Western Australia

Summing up then – would you recommend Mappt to others?

Yes definitely. For zoological and botanical field work, it is a definite advantage. There is less equipment and “stuff” to carry.  Everything is stored together – spatial points, geotagged photos, attributes, navigation & orientation – so there is less administration whilst at the study site. When it comes to planning, it is a definite time-saver and I also found it was easier to adapt with Mappt to changing conditions when in the field.

A custom data collection form template for the termite population study

A custom data collection form template for the termite population study

That’s great feedback. So what’s next for you?

Well I submitted my thesis this week. Yesterday, in fact. It’s been pretty hectic to get to this point so I am looking forward to a break. But there is plenty of potential for further work in this area so I am considering more academia in the future. But first a break.

Thank you for your time, Nick and all the best in the future.

by Ciaran Doyle

Mappt is a mobile GIS and data collection app for smartphones and tablets. It enables field operators to easily map and capture data offline in remote areas using their GPS-enabled tablet or mobile phone.

Try Mappt today by downloading it from the Google Play Store or Apple App Store


, , ,

Ground-truthing Saltmarsh Vegetation Communities with Mappt. Lindisfarne Island, UK


Lindisfarne is a tidal island located off the north-east coast of England covering 405 hectares (1,000 acres). Whilst small, measuring 4 km in width 2.5 km in length, the island habitats consist of thriving saltmarshes, sand dunes, and tidal mudflats.  The island is known as a spectacular habitat for viewing migrating birds.

The coastal salt marshes of Lindisfarne formed when salt tolerant plants colonised the adjoining intertidal areas. The region’s high tidal variation has created an environment endemic to the islands unique range of flora and fauna.

How Mappt Assists Uni Students in the Field

Post-graduate research students enrolled in an International Marine Environmental Consultancy course provided by Newcastle University, UK, successfully used UAV imagery and Mappt to identify saltmarsh vegetation communities around Lindisfarne Island.

Students used stratified random sampling to collect ground truth data in order to train predictive mapping models for object-based image analysis of drone imagery. Students identified eight vegetation communities for predictive mapping.  Method “C” was found to have the most successful prediction rate.

Tidal plant communities on Lindisfarne island mapped using image-based object analysis of drone imagery

Tidal plant communities on Lindisfarne island mapped using image-based object analysis of drone imagery

Vegetation Communities Identified for this study

Code & Salt Marsh Plant Community Name

SM13 Puccinellia maritima
SM14 Halimione portulacoides
SM15 Juncus maritimus-Triglochin maritima
SM16 Festuca rubra
SM28 Elymus repens
SM6 Spartina anglica
SM8 Annual Salicornia


For this study, Mappt was connected to a Trimble Catalsyt GNSS (via bluetooth) to stake out quadrats, navigate to sampling areas, and store field data.  *Mounting your tablet to the GPS pole as was done for this study is advantageous as it frees up your hands for other important tasks.  We like how Paula took advantage of soft soils to ‘plant’ her GPS and tablet while referring to her comprehensive list of 864 unique National Vegetation Classification sub community names.

Using Mappt in conjunction with Trimble GNSS to map tidal plant communities

Using Mappt in conjunction with Trimble GNSS to map tidal plant communities

Student feedback was overwhelmingly positive and included the following;  

Uploading shapefiles was easy

Sampling points when overlain on drone imagery were easy to navigate to  

Sampling points could be made invisible after data had been collected

Students Share Their Excitement for Using Mappt

Students Share Their Excitement for Using Mappt

Students at the university of Newcastle plan to use Mappt for their future projects such as; sand dune monitoring, rocky shore habitat mapping, and measuring the impact of activities such as bait collection from the intertidal area. In this way, Mappt is helping university students to map and collect data on-the-go effectively.


Mappt is available for free to educational institutions.  Here’s how to become an educational partner with Mappt.  

, ,

Returning to Paradise with Mappt: How the Lady Elliot Island Eco Resort Utilises Mappt to help Native Plant Re-vegetation

Lady Elliot Island, Queensland has taken on Mappt to assist native plant re-vegetation

Lady Elliot Island, Queensland has taken on Mappt to assist native plant re-vegetation

Lady Elliot Island is an idyllic 40 hectare coral cay, located 84 kilometres off the Queensland coast. It is the southernmost coral cay of Australia’s Great Barrier Reef. The surrounding waters are known for their clarity due to the island’s southerly location and distance from the mainland. Its proximity to the Australian continental shelf is believed to be linked to the availability of food for manta rays, for which the island is renowned.
Human Impacts
By the late 1800’s, guano mining had removed significant amounts of material lowering the island by 1 – 1.5m. The guano was used in the manufacture of agricultural fertilisers. Goats were also introduced about this time as a food source, and were subsequently removed in the late 1960’s. The island remained baron until the establishment of a small low-key tourist resort in the late 1960’s, which has been credited with starting a revegetation program also contributed to by the lighthouse keepers.
Many species of plants were introduced in the early years, a lot of which were not native to the coral cays of the southern Great Barrier Reef. Positive revegetation efforts continued over many years. Current efforts are focused on removing the introduced exotics and replacing them with native species to build the island’s resilience to climate change.

Lady Elliot Island, LEI, Ecco Resort is replacing introduced plants with natives. Mappt Mobile GIS has been implemented as the preferred field data collection and validation tool for LEI's re-vegetation program

Lady Elliot Island, LEI, Ecco Resort is replacing introduced plants with natives. Mappt Mobile GIS has been implemented as the preferred field data collection and validation tool for LEI’s re-vegetation program

Where Mappt Comes In

Mappt has been selected to help manage and monitor re-vegetation efforts on Lady Elliot Island.  The LEI Ecosystem Resilience Plan has been developed based on the Queensland Herbarium’s ‘Regional Ecosystem Model’, identifying appropriate native species best suited to this environment.  The modular delivery approach is ‘step-wise’ with a nominated area being prepared and re-vegetated prior to another area starting.

Functionality such as ‘geofenced exclusion/inclusion zones’ and buffering (a new feature in Mappt) are useful tools for this type of work.  For example, ‘exclusion zones’ help keep activities within, or outside, designated zones.  Buffering tools assist with activities adjacent to aircraft runways to manage Civil Aviation Safety Authority requirements.

Mappt Mobile GIS is used in-field to help workers locate areas for revegetation on Lady Elliot Island.

Mappt Mobile GIS is used in-field to help workers locate areas for revegetation on Lady Elliot Island.

Mappt for Better Land Management

Mappt is an intuitive, easy-to-use field data collection application that lends itself to a variety of disciplines including land management, agriculture, and sustainability programs. Important ecosystems such as Lady Elliot Island benefit from careful management supported by up-to-date geospatial information.

Lady Elliot Island staff using Mappt to direct contractors on re-vegetation activities

Lady Elliot Island staff using Mappt to direct contractors on re-vegetation activities

Contact us today to learn how Mappt can be of benefit to your field mapping and data collection activities.

Re-vegetation polygons on Lady Elliot Island. Note the buffering polygon surrounding the island's runway.

Re-vegetation polygons on Lady Elliot Island. Note the buffering polygon surrounding the island’s runway.




Mappt User Story: Building Market Linkages for Smallholder Farmers in Uganda

Innovations for Poverty Action (IPA) is a research and policy nonprofit that discovers and promotes effective solutions to global poverty problems. IPA brings together researchers and decision-makers to design, rigorously evaluate, and refine these solutions and their applications, ensuring that the evidence created is used to improve the lives of the world’s poor.


A project enumerator collects data from a respondent using Mappt on a Samsung-SM231 in a rural village in Uganda

Laza Razafimbelo is a research associate at IPA in Uganda. He works on the “Market Linkages for Smallhold Farmers in Uganda” project. Prices of staple foods like maize, beans, and rice vary substantially in Sub-Saharan Africa, depending on the season, country, and region. Addressing the imbalance in food supply and increasing farmer income may require a multi-pronged approach that tackles multiple barriers at once. The project is evaluating the impact of contract farming services and a mobile technology-enhanced trader alerts system on food markets across Uganda.

Why did you need to use a  Geographic Information System (GIS) in the project?

Laza: In planning the project, it was decided that a Geographic Information System (GIS) was required for 2 reasons;

  1. As a management tool, we needed to use it to keep track of the data collection process.
  2. As part of the project, we wanted to map the road to our study areas and collect information along the route.

Why did you need Mappt?

Laza: Mappt is the best road mapping app we could find on the market after testing several. It has a great support and sales team. One may be tempted to use the bunch of free apps on the market, but this made the difference and the quality of data from Mappt is incomparable to other applications.

What problems were occurring before Mappt?

Laza: Internet coverage is a big problem. The internet is not always guaranteed since we mainly work in the rural area of Uganda. We  found that paper materials were messy and inaccurate. We tried to collect some of the data (travel time, etc)  manually, but the data was inconsistent due to the inaccuracy.

How did you use Mappt?

Laza: We were using Mappt to help us to add the transport cost into our analysis. With Mappt, we were mapping the main commercial routes of our study areas. With the same tool, we also collected other data such as road quality type, travel time, etc. We subscribed to 9 licenses for a period of 2 months and we managed to collect all the different data that we wanted using only one tool – Mappt.

Why did you choose Mappt over other software?

Laza: We chose Mappt for a number of reasons – cost efficient, ability to work offline, brilliant attribute features and vector layers, good GPS coordination system and great support and sales team.

So how did the project turn out?

Laza: We are done with the data collection and will start the analysis.

What was the most valuable thing about Mappt?

Laza: Reliable tool (never got a bug), great support and sales team.

Final question – would you recommend Mappt to others? Why?

Laza: We highly recommended Mappt for any mobile GIS work for its reliability and the great team behind it. We have tried a lot of other apps but Mappt is way better.


Collecting field data using Mappt under the shade of a mango tree in rural Uganda


Try Mappt today by downloading it from the Google Play Store


Mappt User Story: Measuring Ecological & Economic Effectiveness of Restoration Actions

Judith Fisher is an ecologist in Western Australia and an Elected Member of the IPBES Multidisciplinary Expert Panel Intergovernmental Platform on Biodiversity and Ecosystem Services.

Judith exemplifies the “think global, act local” belief.

Judith Fisher, an acclaimed ecologist and Mappt power user

Judith Fisher, an acclaimed ecologist and Mappt power user

She has spent countless days over the past 10 months documenting & mapping baseline information on plant communities and invasive species in an urban nature reserve close to her home. Trigg Bushland is an “A Class” reserve located approximately 11km north-west of the Perth CBD in Western Australia and is roughly 170 hectares in size.

Judith has developed a method for measuring the ecological and economic effectiveness of the restoration actions which have taken place within the reserve.

But first she must establish a baseline. After much searching on the market for a suitable mobile data collection app to help her in the field, Judith discovered Mappt. She has configured a custom data collection form in Mappt that allows her to map out the boundaries of individual map communities within the reserve and document the native & invasive species within each community. She uses a Samsung 10″ tablet and a copy of Mappt Professional to record the spatial and non-spatial data. The data is exported at regular intervals off the tablet and analysed using desktop GIS.

Plant communities in the Trigg Busland

Plant communities in the Trigg Busland

The City of Stirling (where Trigg Reserve is located) and City of Mandurah (100km south of Perth) have already adopted Judith’s methodology. But it won’t end there – Judith’s past experience with the International Union for the Conservation of Nature (IUCN) and her current work with the Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES) has lead her to believe that this methodology can be applied around the world.

We met up with Judith one VERY windy day in Trigg Bushland Reserve to hear more about her work and experiences using Mappt in the field.

Check out our video interview here – https://youtu.be/m28liqaFt24

(Apologies in advance for the audio quality. Did I mention it was very windy…?)

Connect with Judith on LinkedIn

PS: If you enjoyed the aerial drone shots of Trigg in the video , check out this video for some bonus footage: https://youtu.be/2hL4SfY_VeY

Nowhere to Park? Let Mappt Help.

How Mappt became the antidote for an illegal parking headache

The parking lot at Camino Del Rio Offices is often impacted by illegal parking

The parking lot at Camino Del Rio Offices is often impacted by illegal parking

Parking Management with Mappt

-South Coast Equities (SCE) manages an office building in San Diego, California. A recent building upgrade included the addition of a shared workspace facility suited to an evolving workstyle, the freelancer.-

Mary Walsh, office manager at SCE, remarked “Tenants love the new workspace. It provides a workplace for freelancers that otherwise might not be available to them in this area.”  Mary noted also since our tenant demographics have changed, there’s new challenges, especially parking as freelancers are more mobile and don’t tend to keep ‘regular 9-5 schedules’.

Prior to installing the shared workspace, tenants were very predictable, arriving in the morning and leaving late afternoon often choosing the same parking spot daily. Mary says it made parking management easier, “we knew who was coming and going – and when”. The new challenge is to ensure that parking is available for freelancers who often park for shorter periods and for traditional tenants as the building is regularly impacted by illegal parking from other nearby office buildings and offsite businesses.

Mary uses Mappt to quickly enter attributes for each occupied parking space

Mary uses Mappt to quickly enter attributes for each occupied parking space

Tackling the issue
“If someone uses our parking lot illegally and limits parking, our tenants become unhappy and threaten to move, which translates to lost revenue”, says Mary.  She set about manually recording parking lot usage but found there were two disadvantages to this; taking too much time to write down information about 40 parking spaces on a daily basis and the headaches associated with sorting through paper records.

But there was a light at the end of the tunnel for Mary.  “Then I found out about using Mappt customized field data collection forms and I thought, well now I can get a handle on this!”

Mary went about setting up a form for capturing parking data attributes and off she went….

After surveying the parking lot, field data is exported to Excel (via CSV files) and combined with previous days’ surveys. Once the data is within a tabular format, filtering helps to determine who the repeat offenders are.

Each marker includes multiple attributes to help manage parking issue.

Each marker includes multiple attributes to help manage parking issues.

What does Mary have to say about Mappt?
“We’d prefer not to tow vehicles so Mappt serves as a good visualisation tool when speaking with nearby business about ‘overflow’ parking issues.  We made an arrangement with a nearby steakhouse (Bully’s East) allowing their employees to use our parking in the evening when parking isn’t an issue.”

Could Mappt possibly map better?
We asked Mary if there was anything we can do to improve Mappt.  Her one request, “As an addition to the geotracking tool, put a burnt calories tracker on it too. Because right now I feel hungry for Bully’s prime rib!”

Calories Per Hour Using Mappt

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


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.



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.


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



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.



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.


“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

, ,

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.

Start My FREE Mappt Trial

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


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.



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.