PP Systems

05/11/2026

WEBINAR TOMORROW! What happens when carbon-rich soils warm?

In a long-term field study, researchers observed higher CO₂ release under warming conditions but no measurable loss in soil carbon.

So where is that carbon coming from?

This webinar explores the complex relationship between warming, plant activity, and soil stability.

Register now! https://ppsystems.com/webinars



IUSS - International Union of Soil Sciences The Global Soil Partnership European Society for Soil Conservation - ESSC Tasmanian Land Conservancy Terrestrial Ecosystem Research Network

05/07/2026

As global temperatures rise, one of the biggest questions in climate science remains:

How will warming impact soil carbon storage?

In this webinar, researchers share findings from a ~10-year field warming study in Tasmania’s Central Highlands examining how organic soils respond to sustained warming of ~2°C above ambient conditions.

The results showed:
• Increased soil CO₂ efflux under warming
• No measurable decline in soil organic carbon
• No significant change in soil structural stability

These findings challenge simple assumptions about warming-driven carbon loss and point to the importance of plant–soil interactions and carbon cycling dynamics.

Join us as we explore the data, methodology, and implications for soil carbon research under climate change.

Register now! https://ppsystems.com/webinars



IUSS - International Union of Soil Sciences The Global Soil Partnership European Society for Soil Conservation - ESSC Tasmanian Land Conservancy Terrestrial Ecosystem Research Network

05/05/2026

What happens when carbon-rich soils warm?

In a long-term field study, researchers observed higher CO₂ release under warming conditions but no measurable loss in soil carbon.

So where is that carbon coming from?

This webinar explores the complex relationship between warming, plant activity, and soil stability.

Register now! https://ppsystems.com/webinars



IUSS - International Union of Soil Sciences The Global Soil Partnership European Society for Soil Conservation - ESSC Tasmanian Land Conservancy Terrestrial Ecosystem Research Network

04/22/2026

Better environmental decisions start with accurate data and innovation.

This Earth Day, we recognize the researchers, scientists, and innovators generating the insights needed to understand, predict, and respond to environmental change.

Small insights lead to big impact.

HAPPY EARTH DAY

04/18/2026

Don’t miss this innovative research!

WEBINAR | Temperature plays a central role in grapevine development. Turning that data into meaningful predictions is where the real challenge lies.

In this upcoming webinar, Rizwan Rafique will present how Growing Degree Days (GDD) can be used to:

• Model grapevine phenology across the growing season
• Quantify physiological responses to temperature
• Predict fruit quality at harvest
• Improve crop modeling and experimental interpretation

Build deeper insight with this innovative research.

Register today: https://bit.ly/ppswb

UF IFAS Horticultural Sciences Department UF IFAS North Florida Research and Education Center (NFREC) American Society for Enology & Viticulture National Grape Research Alliance California Association of Winegrape Growers OIV - International Organisation of Vine and Wine ASVO

04/16/2026

WEBINAR | Temperature plays a central role in grapevine development. Turning that data into meaningful predictions is where the real challenge lies.

In this upcoming webinar, Rizwan Rafique will present how Growing Degree Days (GDD) can be used to:

• Model grapevine phenology across the growing season
• Quantify physiological responses to temperature
• Predict fruit quality at harvest
• Improve crop modeling and experimental interpretation

Build deeper insight with this innovative research.

Register today: https://bit.ly/ppswb

UF IFAS Horticultural Sciences Department UF IFAS North Florida Research and Education Center (NFREC) American Society for Enology & Viticulture National Grape Research Alliance California Association of Winegrape Growers OIV - International Organisation of Vine and Wine ASVO

02/05/2026

Don't miss these new insights on soil carbon stability in arid lands! We know that biochar has long been considered a promising soil amendment — but how durable is its over the long term?

See the evidence that can significantly enhance stable C pools in degraded dryland soils, offering both climate mitigation potential and soil health benefits. Great work!

https://www.tandfonline.com/doi/full/10.1080/17583004.2025.2602999

Taylor Francis Taylor & Francis NMSU College of Agricultural, Consumer and Environmental Sciences

02/04/2026

We’re at in Westbrook, CT this week, and we're looking forward to innovative research and great conversations with the aquatic monitoring community.

If you’re attending, stop by to learn how bbe moldaenke solutions help monitoring teams gain faster insight into:

• Harmful algal blooms & cyanobacteria
• Phytoplankton community composition
• Benthic algae and organic matter
• Field-ready chlorophyll measurements

Ask about bbe's unique method of and ways we can support your aquatic assessment programs.
See you there!

https://ppsystems.com/water-quality

New England Interstate Water Pollution Control Commission (NEIWPCC)

01/20/2026

Open-access paper worth reading for soil C / GHG researchers: high-resolution field monitoring of soil CO₂ efflux across a real land-management transition.

This study quantifies soil CO₂ efflux (soil respiration) in a Mediterranean agroecosystem in Merced, CA during a shift from flood-irrigated pasture to sprinkler-irrigated cropland, using a multi-year dataset (2022–2024).

A key takeaway is how clearly the results support soil moisture as the dominant control on CO₂ efflux across management phases, while still resolving distinct responses associated with real field events (irrigation changes, disturbance, vegetation/cropping shifts).

Why it’s useful:
• Multi-year observations across an actual conversion (not just a short campaign)
• Strong evidence for moisture-driven regulation of CO₂ efflux in this system
• A practical framework for scalable monitoring using lower-cost sensor approaches
• Relevant to carbon budgets, agroecosystem carbon cycling, irrigation impacts, and MRV workflows

Recommended visual: the Graphical Abstract (it communicates the study design and key result quickly and cleanly)

Check it out! https://www.sciencedirect.com/science/article/pii/S2352186425007291

12/18/2025

Yellowstone from the inside out — don’t miss this invited talk TODAY at !

A new controlled-source seismic survey is revealing one of the clearest images yet of the magma reservoir cap beneath the Yellowstone caldera. Using truck-mounted vibration sources, STA/LTA-enhanced reflections, and full-wavefield adjoint imaging, researchers mapped a sharp, shallow reservoir top ~3.8 km deep—with strong signals beneath the Mud Volcano hydrothermal region.

The shallow nature of this cap provides important insight into magma rising to low confining pressure, volatile exsolution, bubble accumulation, and the structure of hazardous volcanic and hydrothermal systems.

This talk is a must-see for anyone working in crustal imaging, volcanology, or seismic methods. Don't miss it! Rice University Department of Earth, Environmental and Planetary Sciences American Geophysical Union (AGU)

12/17/2025

If you’re at and looking for the new benchmark in photosynthetic measurement, the CIRAS-4 Portable Photosynthesis System is the one instrument you need to put on your booth-visit list.

Why? Because CIRAS-4 is built for real field science—
30% lighter than competing systems
Small system volume for faster, more stable measurements
Far-red LED control (up to 30% PFD)
Compact, intuitive, and zero learning curve

If , carbon flux, plant physiology, drought stress, or crop modeling, are part of your work—come by for a hands-on demo and tell us about your research.

Experience what Science made seamless™ feels like.

American Geophysical Union (AGU)