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METER Group designs and manufactures scientific instrumentation that delivers real-time, environmental data to the agricultural, urban, and research sectors. REVOLUTIONARY PRODUCTS. EXCITING CAREERS. We connect science, engineering, and design to deliver precisely what our clients need. We offer products and services that are used to solve meaningful problems in the areas of environmental research, geotechnical engineering, water resource management, and agricultural management. We go the extra mile for our teammates, just as we do for our customers. We encourage one another to leave our comfort zones and recognize that mistakes are an opportunity to learn and grow. We care about professional development and expect team members to move between departments and to grow and develop in their roles and skill sets as business needs evolve over time. METER Group is built on a foundation of sustainability, and we have incorporated sustainable practices throughout our organization. We care about and tirelessly work toward equity and inclusion. METER Group is an Equal Opportunity Employer. All qualified applicants are considered regardless of ethnicity, nationality, gender, veteran or disability status, religion, age, sexual orientation or gender identity, or other protected status. We are committed to work-life balance and supporting families. Because of this, we offer flexible work hours and a highly competitive benefits package.
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Road construction projects can thrive or fail based on the weather conditions they face. Optimal air temperatures are required for paving materials to cure properly. Wind, temperature, precipitation, and other atmospheric factors determine project scheduling, resource allocation, and compliance with EPA guidelines. Traditional pen-and-paper tracking is inefficient and prone to inaccuracies. In this podcast episode, Bryce W., Co-founder and CEO of Pavewise, discusses their development of Groundtruth — a software designed to make weather tracking simpler, more accurate, and automated for the road construction industry. Listen to We Measure the World podcast episode 43: https://lnkd.in/gnDn5wE2 Learn how Pavewise is innovating production and weather tracking: https://lnkd.in/g7f4s6_F
In the mountainous Benguet province of the Philippines, intensive vegetable farming has led to significant deforestation and soil erosion. To combat this, the Philippine government mandated that farmers adopt sustainable practices to restore watersheds or risk losing their land. This case study explores an innovative agroforestry initiative inspired by local resident Loreca Stauber and supported by the University of Idaho. The program educates farmers on integrating native trees with traditional crops, aiming to rebuild forest ecosystems, prevent erosion, and promote self-sustaining agriculture. Discover how this collaborative effort is transforming degraded lands into thriving, sustainable farms. Read the story: https://lnkd.in/ey48SVcv #reforestation #agroforestry #sustainablefarming #innovation
Stomal conductance is complicated. Measuring it doesn't have to be. The following guide describes the best practices for taking porometer measurements in a vineyard. Read the full guide here: https://lnkd.in/guqfVYha #stomatalconductance #porometer #leaf #vineyard
Soil amendments may boost biomass production, but could they be having an adverse effect on the health of your soil? Dr. Dedrick Davis, Assistant Professor in Soil Physics at Alabama A&M University, explores sustainable agriculture practices and their effect on soil hydrology, near surface soil, the local water supply, and the longevity of the farms themselves. Listen to the We Measure the World podcast episode 23 wherever you get your podcasts. Learn more: https://lnkd.in/gJx6Kv9d #soil #soilhealth #biomass #podcast
Water management can make or break a potato crop. Unlike other plants, potatoes have a very narrow window for optimal moisture—too little or too much can spell disaster. In this case study, Dr. Bryan Hopkins and Dr. Neil Hansen share what they’ve learned about precise irrigation, the importance of measurement over guesswork, and how sensors transformed their approach. Read the case study: https://lnkd.in/guqz-ZMw #potatofarming #Irrigation #SmartFarming #precisionirrigation #watermanagement
In this podcast episode of We Measure the World, we delve into the complexities of achieving water balance in agriculture and ecosystems. Join agricultural engineer and University of Idaho professor Erin Brooks as he discusses balancing water, nutrients, and pollutants, the impact of crop cover on hydrology, and integrating fieldwork with modeling for ecosystem management. Listen here: https://lnkd.in/eNMBv-Ra #hydrology #soil #soilmoisture #agriculture
The PHYTOS 31 accurately measures both the onset and duration of wetness on a simulated leaf, which in turn predicts when the onset of certain diseases or infections may occur. Through sophisticated, yet simple engineering, PHYTOS 31 delivers unmatched accuracy in an easy-to-use sensor. It saves you both time and labor, while reducing your worry and guesswork. Elevate your leaf wetness sensing with PHYTOS 31: https://lnkd.in/gbDVJtgy
Unlock the power of Leaf Area Index (LAI) in this expert-led webinar with plant physiologist Jeff Ritter. Learn the fundamental theory, best measurement methods, and real-world applications of LAI to improve your agricultural research, ecosystem modeling, and canopy analysis. What You'll Learn: ? What Leaf Area Index is and why it matters ? How to accurately measure LAI in different environments ? Practical applications for agriculture, forestry, and remote sensing ?? Watch now: https://lnkd.in/gi9iR76u #LeafAreaIndex #Agriculture #PlantScience #RemoteSensing #EnvironmentalResearch
Only one day left to register! Join us for Plant & Canopy 101: Tracking Water Flow From Soil to Atmosphere, a webinar with Jeff Ritter, METER Product Manager. Learn key measurements like leaf area index and stomatal conductance to track moisture movement through plants and discover research-backed methods and real-world examples to enhance your understanding of the soil-plant-atmosphere continuum. Register today: https://lnkd.in/gKP8vjZm #canopy #plantlife #soil #innovation