Historical

Looking towards
a better future

2000
2001
2008
2010
2013
2014-15
2018
2020
2021-22
2022-23

As meteorology is an important input in the protection of forests, the Ministère des Ressources naturelles (MRN) wanted, in the early 2000s, to equip itself with a system that would make it possible to: acquire meteorological data, have the data go through quality control, and use the data to feed models used for the protection of forests that produce fireweather indices for forest fire monitoring and protection against insects.
Thus in 2001, the MRN acquired a license to use software developed by the University of Oklahoma with the aim of increasing the performance of forest protection organizations against insects and wildfires.
MRN employees learned how to operate the software and how to use it to its full potential until 2008. The system had to be operated independently since its technology was not supported by government infrastructure. This is why in 2008, the MRN decided to install the software on the premises of the Society for the protection of forests against insects and diseases (SOPFIM) in order to ensure its development and find private partners.
A small team made up of MRN employees and consultants is formed to carry out an experimental phase in the agricultural sector, as part of a four-year agreement with Agriculture and Agri-Food Canada (AAFC). This experience has attracted major clients such as Hydro-Québec and Rio Tinto, which are added to AAFC and the MRN. During this experience, this small informal group operated in the premises of the SOPFIM with loaned furniture and equipment. The accounting and financial transactions were handled by the SOPFIM.
It was in January 2013 that Solutions Mesonet inc was created and incorporated as a non-profit legal entity (NPO). The founding members are the Ministère des Forêts, de la Faune et des Parcs (MFFP), Hydro Québec and Rio Tinto Alcan. Solutions Mesonet shared the premises of the CRAAQ for almost 4 years before moving to 450, avenue Saint-Jean-Baptiste in 2017.
In the fall of 2014, the Financière agricole du Québec (FADQ) mandated Solutions Mesonet to install its first fifteen stations of the Agri-risques project. In May 2015, FADQ became an official member of Solutions Mesonet. To date SM has installed more than 130 weather stations spread across Quebec and the Atlantic provinces.
Agriculture and Agri-Food Canada (AAFC) licenses the Agrometeo platform. Fire index generation services are in place to serve the governments of Prince Edward Island of New Brunswick.
Following the announcement of the state of health emergency throughout the territory (March 2020), the decision to adopt a permanent telework formula is adopted by the Board of Directors in order to ensure the safety of employees as well as continued operations.
Establishment of a meteorology and forecasting department .
Development of new meteorological products which address several known issues.
Board of directors

A team that brings their
expertise to work

Bruno Larouche
President
Samer Alghabra
Vice-president
Robert Verge
Secretary treasurer
Pierre Therrien
Member
Jean Paquin
Member
Jornette Dangbedji
Member
Bruno Larouche
Bruno Larouche
President
Bruno Larouche spent most of his career in water management with Rio Tinto. Originally from Saguenay, he holds a bachelor's and master's degree in civil engineering from Université Laval. He began his career at Hydro-Québec in 1989 before joining Rio Tinto in 1991. Over the past few years, he has held the role of expert (consultant) and worked on certain international projects. He has assumed the role of spokesperson for the company on issues related to water management. He also coordinated the activities of Rio Tinto's water resources group which is responsible for the management of the company's water systems in Saguenay-Lac-Saint-Jean and British Columbia. Now retired from Rio Tinto, since 2022 he has worked for the engineering consulting firm Génitique in Saguenay as an expert in water management.
Samer Alghabra
Samer Alghabra
Vice-president
Engineer and Vice-Chairman of the Board of Directors. He has 30 years of expertise in hydrology and quality assurance of hydroelectric data. He set up business processes and tools related to the areas of production and planning of hydroelectric production. He is currently responsible for certifying data and improving their quality at Hydro-Quebec.
Robert Verge
Robert Verge
Secretary treasurer
Mr. Robert-H Verge, agronomist, administrator of Solution Mesonet inc. since its founding in 2013. He has 30 years of expertise in agricultural financing and tool development (FADQ) and 5 years in program administration and strategic planning (MAPAQ) as a manager. He has contributed to the creation of several companies (CRAAQ / Les Fleurons du Québec / Les Réseaux Agriconseils / CEGA).
Pierre Therrien
Pierre Therrien
Member
Mr. Therrien obtained a master's degree in entomology from Laval University in 1983 and a doctorate in plant science from the University of British Columbia in 1986. He has worked for the Ministry of Forests, Wildlife and Parks since 1989 where his mandates concern the management of forest pests and the maintenance of the meteorological stations of the Directorate of Forest Protection.
Jean Paquin
Jean Paquin
Member
Jean Paquin is a water and energy management specialist at Rio Tinto. Originally from Abitibi, he holds a bachelor's and a master's degree in civil engineering from the University of Sherbrooke. He began his career at Dessau Inc. in 1999 before joining Rio Tinto in 2001. He plays the role of principal adviser and works on mandates concerning the evolution of hydrology, the production park and energy needs. He coordinates the technical activities of Rio Tinto's water resources group, including research and development.
Jornette Dangbedji
Jornette Dangbedji
Member
Ms. Dangbedji holds a master's degree in rural economics and a bachelor's degree in agroeconomics from Université Laval. She has worked at the Ministère de l'Agriculture, des Pêcheries et de l'Alimentation du Québec and at Agriculture and Agri-Food Canada, where she was an economist in charge of agri-food market analysis. Since 2022, she has been Regional Director at the Financière agricole du Québec, for the Gatineau Service Center. Her mandates cover insurance and income protection programs, geomatics and agricultural financing.
Bruno Larouche
President
Bruno Larouche
Bruno Larouche spent most of his career in water management with Rio Tinto. Originally from Saguenay, he holds a bachelor's and master's degree in civil engineering from Université Laval. He began his career at Hydro-Québec in 1989 before joining Rio Tinto in 1991. Over the past few years, he has held the role of expert (consultant) and worked on certain international projects. He has assumed the role of spokesperson for the company on issues related to water management. He also coordinated the activities of Rio Tinto's water resources group which is responsible for the management of the company's water systems in Saguenay-Lac-Saint-Jean and British Columbia. Now retired from Rio Tinto, since 2022 he has worked for the engineering consulting firm Génitique in Saguenay as an expert in water management.
Samer Alghabra
Vice-president
Samer Alghabra
Engineer and Vice-Chairman of the Board of Directors. He has 30 years of expertise in hydrology and quality assurance of hydroelectric data. He set up business processes and tools related to the areas of production and planning of hydroelectric production. He is currently responsible for certifying data and improving their quality at Hydro-Quebec.
Robert Verge
Secretary treasurer
Robert Verge
Mr. Robert-H Verge, agronomist, administrator of Solution Mesonet inc. since its founding in 2013. He has 30 years of expertise in agricultural financing and tool development (FADQ) and 5 years in program administration and strategic planning (MAPAQ) as a manager. He has contributed to the creation of several companies (CRAAQ / Les Fleurons du Québec / Les Réseaux Agriconseils / CEGA).
Pierre Therrien
Member
Pierre Therrien
Mr. Therrien obtained a master's degree in entomology from Laval University in 1983 and a doctorate in plant science from the University of British Columbia in 1986. He has worked for the Ministry of Forests, Wildlife and Parks since 1989 where his mandates concern the management of forest pests and the maintenance of the meteorological stations of the Directorate of Forest Protection.
Jean Paquin
Member
Jean Paquin
Jean Paquin is a water and energy management specialist at Rio Tinto. Originally from Abitibi, he holds a bachelor's and a master's degree in civil engineering from the University of Sherbrooke. He began his career at Dessau Inc. in 1999 before joining Rio Tinto in 2001. He plays the role of principal adviser and works on mandates concerning the evolution of hydrology, the production park and energy needs. He coordinates the technical activities of Rio Tinto's water resources group, including research and development.
Jornette Dangbedji
Member
Jornette Dangbedji
Ms. Dangbedji holds a master's degree in rural economics and a bachelor's degree in agroeconomics from Université Laval. She has worked at the Ministère de l'Agriculture, des Pêcheries et de l'Alimentation du Québec and at Agriculture and Agri-Food Canada, where she was an economist in charge of agri-food market analysis. Since 2022, she has been Regional Director at the Financière agricole du Québec, for the Gatineau Service Center. Her mandates cover insurance and income protection programs, geomatics and agricultural financing.
Departments

An amalgam of talents towards
common objectives

Acquisition
Quality assurance
Diffusion
Meteorology and forecasts
Acquisition
A growing data collection network spanning multiple provinces
The data acquisition department covers all the steps necessary for the collection, transmission, reception and archiving of automatic weather observations.
Description

We have the task of ensuring the collection of data available directly at the station, in real time, via cellular network, satellite, radio waves, private infrastructures or by the cloud. Our infrastructures synchronize a wide variety of meteorological data sources from a multitude of networks resulting in optimal coverage to feed the decision-making tools of our customers and partners.

Department strengths
  • Mechanical, electronic, and technological versatility
  • Proficiency in networking and telecommunications
Products & Services
  • Equipment calibration and certification
  • Equipment installation, configuration, and repair
  • Sale and rental of data acquisition equipment
Quality assurance
Millions of values validated every year
The quality assurance department covers all the steps necessary to confirm the validity or otherwise of a weather observation.
Description

We have the task of ensuring the validity of the data before it is used to feed decisions. Three times an hour, our tools perform a first automatic qualification on the raw observations collected. Subsequently, the qualification indices are used to carry out additional manual validations. The validated data set can be used to feed research, agriculture, risk management, energy production and civil security.

Department strengths
  • Ability to analyze large amounts of information
  • Strong knowledge of geomatics and meteorology
  • Meticulous adherence to analysis methodology
Products & Services
  • Extraction of custom weather data
  • Weather observation analysis report
  • Certification and analysis of collection location
Diffusion
Tools adapted to informed decisions
The diffusion department covers all the processes allowing data visualization.
Description

We are tasked with designing, deploying and supporting robust decision support tools powered by continuous streams of weather and forecast data. We produce tables, maps and graphs that feed a multitude of decision-making tools that have been used daily for several years.

Department strengths
  • Understanding the needs and mastery of Web technologies
  • Aptitude for complex problem solving
Products & Services
  • Development of web applications
  • Meteorological data integration and transformation
Meteorology and forecasts
Meteorological risk management tailored to your needs
The meteorology department offers risk management services related to meteorological phenomena.
Description

We have the task of ensuring the validity of the data before it is used to feed decisions. Three times an hour, our tools perform a first automatic qualification on the raw observations collected. Subsequently, the qualification indices are used to carry out additional manual validations. The validated data set can be used to feed research, agriculture, risk management, energy production and civil security.

Department strengths
  • Strong pedagogical abilities
  • Capacity to popularize atmospheric sciences
Products & Services
  • Probabilistic Forecasting Service
  • Training workshop on the limits and possibilities of meteorological forecasting
  • Weather forecast for planning outdoor events
Operational steps

Continuous efficiency improvement,
increased user satisfaction

1
Collection of meteorological data
The data is captured by several networks of automated weather stations (mesonets) covering a large part of the Canadian territory.
2
Automated scans
Three times an hour an automated process applies up to 30 types of validation and makes it possible to detect the slightest potential anomaly.
3
Manual scans
The results of the automated analyzes are reviewed by the quality assurance team who apply a validity parameter for each observation.
4
Hardware failure detection
In addition to performing data validation, quality control specialists push their analysis even further to identify the source of anomalies.
5
Notification to technical teams
In the event that a hardware failure is detected, a notification is sent to the owners. This allows technicians to be dispatched at the very moment of detection and to minimize data loss.
6
Data archiving
All processed data is archived in redundant and secure cloud computing solutions.
7
Data dissemination
According to his needs, the user can query the data in real time on different digital platforms. These can be consulted in the form of tables, graphs or maps.