Monday
| Time | Session Name | Session Description |
|---|---|---|
| 1:30pm | Guided Biosphere 2 Experience | Optional field trip to the Biosphere 2. Bus leaves at 12:15pm |
| 2:00-5:00pm | Check In | Registration and help desk will be open to pick up your conference badge, drop off instruments for service, and ask any questions. |
| 5:00-7:00pm | Ice Breaker | Kick off the conference with drinks, hors d'oeuvres, and conversations |
Tuesday
| Time | Session Name | Session Description |
|---|---|---|
| 7:30-8:30am | Breakfast | |
| 8:30-9:00am | Invited speaker | Francesca Cotrufo | Colorado State University |
| 9:00-9:15am | Selected talk | Description coming soon. |
| 9:15-9:30am | Selected talk | Description coming soon. |
| 9:30-9:45am | Selected talk | Description coming soon. |
| 9:45-10:00am | Panel Talk | A panel discussion with all speakers from this session |
| 10:00-10:30am | Break | Hands-on instrument demonstrations available (with coffee!) |
| 10:30-11:00am | Invited speaker | Zhaohui Aleck Wang | Woods Hole Oceanographic Institute |
| 11:00-11:15am | Selected talk | Description coming soon. |
| 11:15-11:30am | Selected talk | Description coming soon. |
| 11:30-11:45am | Selected talk | Description coming soon. |
| 11:45-12:00pm | Panel Talk | A panel discussion with all speakers from this session |
| 12:00-1:30pm | Lunch |
| Workshops | Lawn | Room 1 | Room 2 | Room 3 |
|---|---|---|---|---|
| 1:30-2:15pm | Innovative water management through direct evapotranspiration measurement | Leaf-level gas exchange measurement theory and application | Distributed measurements of soil gas fluxes | An overview of ecosystem flux measurement theory |
| 2:30-3pm | All together now: LI-COR Cloud and HOBOlink | Maximize your leaf-level gas exchange measurements | Instrument care: Maintenance and service of gas analyzers and eddy covariance instruments | Maximize your eddy covariance measurements |
| 3-3:30pm | Break | |||
| 3:30-4pm | Access and share actual evapotranspiration data from anywhere | Know your plant: response curve implementation | Installing and maintaining long-term, automated soil gas flux systems | Processing eddy covariance data using EddyPro® |
| 4:15pm | Know your plant: response curve fitting | Your turn: Eddy covariance and evapotranspiration measurements | ||
| 4:30pm | Instrument care: Maintenance and service for Water Node systems | Processing your soil gas flux data with SoilFluxPro® | 4:45pm | 5pm |
| 5-7 pm | Poster session | Description coming soon. |
Wednesday
| Time | Session Name | Session Description |
|---|---|---|
| 7:30-8:30am | Breakfast | |
| 8:30-9:00am | Invited speaker | Danielle Way | Australia National University |
| 9:00-9:15am | Selected talk | Description coming soon. |
| 9:15-9:30am | Selected talk | Description coming soon. |
| 9:30-9:45am | Selected talk | Description coming soon. |
| 9:45-10:00am | Panel Talk | A panel discussion with all speakers from this session |
| 10:00-10:30am | Break | Hands-on instrument demonstrations available (with coffee!) |
| 10:30-11:00am | Invited speaker | Cristina Sales | Wild Bioscience |
| 11:00-11:15am | Selected talk | Description coming soon. |
| 11:15-11:30am | Selected talk | Description coming soon. |
| 11:30-11:45am | Selected talk | Description coming soon. |
| 11:45-12:00pm | Panel Talk | A panel discussion with all speakers from this session |
| 12:00-1:30pm | Lunch |
| Workshops | Lawn | Room 1 | Room 2 | Room 3 |
|---|---|---|---|---|
| 1:30-2:00pm | A new approach to carbon with the IoE enabled Carbon Node | Measurements of pCO2 and DIC | Identifying the carbon isotope signatures of soil respiration | Informed decision making in CCUS (Carbon Capture, Utilization, and Storage) with soil gas flux and eddy covariance data |
| 2:15pm | Theory of carbon chemistry in water | All together now: LI-COR Cloud and HOBOlink | ||
| 2:30pm | Maximize your Water Node or Carbon Node measurements | Instrument care: Service agreements and maintenance contracts | ||
| 2:45pm | ||||
| 3-3:30pm | Break | |||
| 3:30pm | Installing and maintaining long-term, automated soil gas flux systems | Description coming soon. | Informed decision making in agriculture with soil gas flux and eddy covariance data | Instrument care: Maintenance and service for Apollo SciTech systems |
| 3:45pm | ||||
| 4pm | Your turn: Soil health measurements | |||
| 4:15pm | Leaf-level gas exchange measurement theory and application | |||
| 4:30pm | Know your plant: Survey measurements of leaf-level photosynthesis | Processing eddy covariance data using EddyPro® | A new approach to carbon with the IoE enabled Carbon Node | |
| 4:45pm | ||||
| 5pm |
Thursday
| Time | Session Name | Session Description |
|---|---|---|
| 7:30-8:30am | Breakfast | |
| 8:30-9:00am | Invited speaker | TBD |
| 9:00-9:15am | Selected talk | Description coming soon. |
| 9:15-9:30am | Selected talk | Description coming soon. |
| 9:30-9:45am | Selected talk | Description coming soon. |
| 9:45-10:00am | Panel Talk | A panel discussion with all speakers from this session |
| 10:00-10:30am | Break | Hands-on instrument demonstrations available (with coffee!) |
| 10:30-11:00am | Invited speaker | Bethany Ladd | Arca Climate Technologies Inc |
| 11:00-11:15am | Selected talk | Description coming soon. |
| 11:15-11:30am | Selected talk | Description coming soon. |
| 11:30-11:45am | Selected talk | Description coming soon. |
| 11:45-12:00pm | Panel Talk | A panel discussion with all speakers from this session |
| 12:00-1:30pm | Lunch |
| Workshops | Lawn | Room 1 | Room 2 | Room 3 |
|---|---|---|---|---|
| 1:30pm | Access and share actual evapotranspiration data from anywhere | Description coming soon. | Measuring carbon assimilation and chlorophyll fluorescence in algae and high-humidity plants | All together now: LI-COR Cloud and HOBOlink |
| 1:45pm | ||||
| 2pm | Informed decision making in CCUS (Carbon Capture, Utilization, and Storage) with soil gas flux and eddy covariance data | |||
| 2:15pm | Instrument Care: Maintenance and service for plant and aquatic photosynthesis | Measuring gas fluxes in a flask system | ||
| 2:30pm | Maximize your chamber-based soil gas flux measurements | |||
| 2:45pm | ||||
| 3-3:30pm | Break | |||
| 3:30pm | A new approach to carbon with the IoE enabled Carbon Node | Know your plant: Survey measurements of leaf-level photosynthesis | Distributed measurements of soil gas fluxes | Instrument care: Maintenance and service of gas analyzers and eddy covariance instruments |
| 3:45pm | ||||
| 4pm | An overview of ecosystem flux measurement theory | |||
| 4:15pm | Your turn: Plant photosynthesis measurements | |||
| 4:30pm | Identifying the carbon isotope signatures of soil respiration | Rolling in the deep: Measurements of pCO2 and DIC | ||
| 4:45pm | Maximize your leaf-level gas exchange measurements | |||
| 5pm | ||||
| 6-8pm | Closing dinner | David Schimel | NASA Jet Propulsion Laboratory | ||
Friday
| Time | Session Name | Session Description |
|---|---|---|
| 1:00-4:00pm | Sabino Canyon Field Trip | A 45-minute narrated open-air tram tour through the Sabino Canyon that gets you up close and personal to this desert oasis. |
| 1:00-4:30pm | Hiking Tours Field Trip | Hiking tours guided by professional hikers to bring you an enjoyable, informative, and invigorating wilderness experience through the Sonoran Desert. |
| 1:00-4:30pm | 4-Wheeling Jeep Adventure Field Trip | Open-air Jeep tour in the Sonoran Desert along the Tortolita Mountains. |
Workshops
Workshops will address leading research on climate change mitigation, carbon sequestration, soil health, plant photosynthesis, and ecosystem flux.
Innovative water management through direct evapotranspiration measurement
See a demonstration of real-time measurement of latent heat flux (LE) and sensible heat flux (H). These measurements with the LI-710 Evapotranspiration Sensor accurately quantify the amount of water vapor transpired by plants and soil (ET) and provide insights into water use efficiency of crops to optimize crop management and irrigation strategies.
Access and share actual evapotranspiration data from anywhere
Instrument care: Maintenance and service for Water Node systems
Self care for your research. Learn the basics of how to maintain your LI-710 Evapotranspiration Sensor or IoE Module.
All together now: LI-COR Cloud and HOBOlink
LI-COR Cloud and HOBOlink provide remote access to your data from a LI-COR Water or Carbon Node or your HOBO Data Loggers. See a demonstration of how you can view, share, and manage your data in real time from any location.
Measurements of pCO2 and DIC
Description coming soon.
Theory of carbon chemistry in water
Description coming soon.
Instrument care: Maintenance and service for Apollo SciTech systems
Self care for your research. Learn the basics of how to maintain your aquatic carbon systems from Apollo SciTech, which are now part of LI-COR
Instrument care: Service agreements and maintenance contracts
Future-proof your research. Protect your project with a service agreement or maintenance plan. Learn more from our service team.
Instrument Care: Maintenance and service for plant and aquatic photosynthesis
Self care for your research. Learn the basics of how to maintain your LI-6800 Plant Photosynthesis System, including with the Aquatic Chamber.
Measuring carbon assimilation and chlorophyll fluorescence in algae and high-humidity plants
Description coming soon.
Maximize your Water Node or Carbon Node measurements
Discuss getting the best results from your Water or Carbon Node with other users and LI-COR experts. Share your successes and learn from common pitfalls.
Know your plant: Survey measurements of leaf-level photosynthesis
Learn techniques for using leaf-level gas-exchange instruments for survey style measurements and discuss selecting and configuring the chamber environment as well as general measurement best practices.
Estimating mesophyll conductance and bundle-sheath leakiness at the leaf level
After a review of the theory of isotopic measurements and their applications, discuss the technical aspects of integrating laser-based analyzers with an existing gas-exchange system.
Leaf-level gas exchange measurement theory and application
Measurements of leaf-level gas exchange (carbon assimilation, apparent transpiration, stomatal conductance) and chlorophyll a fluorescence are fundamental to many areas of plant research. Techniques for making these measurements are well established and have been packed into off the shelf instrument systems. Successful use of these systems for collection of high-quality data, however, requires both an understanding of the underlying biological processes and the techniques used to measure them. Learn the basic principles behind these measurements with a focus on underlying assumptions and best practices.
Know your plant: Response curve implementation
Measurements of photosynthetic response to CO2 give insight into the limitations and capacities of photochemistry. See a demonstration of techniques for measuring CO2 response using both steady-state and non-steady-state approaches. Discuss considerations for developing a protocol and configuring an instrument for these measurements.
Know your plant: Response curve fitting
Learn about fitting photosynthesis models to leaf-level light and CO2 response curve data using R statistical data analysis software.
Maximize your leaf-level gas exchange measurements
Discuss using your plant photosynthesis system to get the best results with other users and LI-COR experts. Share your successes and learn from common pitfalls.
Instrument Care: Maintenance and service for plant and aquatic photosynthesis
Self care for your research. Learn the basics of how to maintain your LI-6800 Plant Photosynthesis System, including with the Aquatic Chamber.
Your turn: Plant photosynthesis measurements
What do you wish you could measure with a plant photosynthesis system? What features would you add to the LI-6800 if you had the chance? What would make your plant physiology research easier? We want your advice! Help design the research tools of the future.
Actionable data: Using plant measurements for commercial decision-making
Description coming soon.
Measuring carbon assimilation and chlorophyll fluorescence in algae and high-humidity plants
Description coming soon.
Instrument care: Service agreements and maintenance contracts
Future-proof your research. Protect your project with a service agreement or maintenance plan. Learn more from our service team.
Installing and maintaining long-term, automated soil gas flux systems
Trace gas transport (flux) at the soil-atmosphere interface is an important process linked to a number of biological and physical properties of an ecosystem. This workshop will provide an introduction to the theory and application of closed-transient chambers to the measurement these fluxes. Topics will include diffusive transport theory, fitting methods for flux calculation and considerations for deploying chamber systems.
Distributed measurements of soil gas fluxes
Learn about the theory and application of chamber-based measurements of soil gas fluxes
Processing your soil gas flux data with SoilFluxPro®
SoilFluxPro® is a freely available software for post processing and quality control of chamber-based trace gas flux measurements. See a demonstration of SoilFluxPro and discuss its curving fitting approaches for flux estimates, its advanced guidance tools selecting fit windows, and its hidden scripting console.
Identifying the carbon isotope signatures of soil respiration
Learn about the theory and implementation of a new, automated soil-respired CO2 isotope measurement solution
Maximize your chamber-based soil gas flux measurements
Discuss getting the best results from your chamber-based soil gas flux system with other users and LI-COR experts. Share your successes and learn from common pitfalls.
Your turn: Soil health measurements
What do you wish you could measure with a long term or survey soil gas flux measurement system? What features would you add to SoilFluxPro if you had the chance? What would make your soil health research easier? We want your advice! Help design the research tools of the future.
A new approach to carbon with the IoE enabled Carbon Node
See a demonstration of the IoE-enabled Carbon Node that takes real-time, low-cost measurements of CO2 flux, evapotranspiration, sensible heat, PAR, temperature, humidity, and air pressure. Discuss how to quickly validate your research, sustainability, or decarbonization project.
Informed decision making in CCUS (Carbon Capture, Utilization, and Storage) with soil gas flux and eddy covariance data
Combining soil gas flux and eddy covariance data provides a comprehensive picture of CO2 behavior and movement. That information is used to make informed decisions on leak detection, monitoring storage efficiency, assesing enviromental impact, model calibration and validation and regulatory compliance and reporting.
Informed decision making in agriculture with soil gas flux and eddy covariance data
Soil gas flux and eddy covariance data can significantly enhance the management of agricultural systems, improve productivity, and address environmental impacts. Measurements of soil health, crop productivity, and greenhouse gas emissions provide crucial information for precision agriculture, adaptive farm management and enviromental compliance.
Measuring gas fluxes in a flask system
Discuss using an adapted flux system to measure gas fluxes from discrete sampels of soils, fruits, or small animals, in non-actuated, user-designed chambers.
Instrument care: Maintenance and service of gas analyzers and eddy covariance instruments
Self care for your research. Learn the basics of how to maintain your gas analyzers and eddy covariance systems.
Instrument care: Service agreements and maintenance contracts
Future-proof your research. Protect your project with a service agreement or maintenance plan. Learn more from our service team.
An overview of ecosystem flux measurement theory
An introduction to methodological aspects of the eddy covariance technique: theory, basic assumptions, key principles, fetch and flux footprint considerations, experimental design, and implementation.
Processing eddy covariance data using EddyPro®
Discuss theoretical or practical questions you may have about the EddyPro® eddy covariance flux computation software.
Maximize your eddy covariance measurements
Discuss getting the best results from your eddy covariance system with other users and LI-COR experts. Share your successes and learn from common pitfalls.
Maximize your Water Node or Carbon Node measurements
Discuss getting the best results from your Water or Carbon Node with other users and LI-COR experts. Share your successes and learn from common pitfalls.
Your turn: Eddy covariance, carbon flux and evapotranspiration measurements
What do you wish you could measure with an eddy covariance system? How do you want to use the Water or Carbon Node? What would make your ecosystem gas exchange research easier? We want your advice! Help design the research tools of the future.
Informed decision making in CCUS (Carbon Capture, Utilization, and Storage) with soil gas flux and eddy covariance data
Combining soil gas flux and eddy covariance data provides a comprehensive picture of CO2 behavior and movement. That information is used to make informed decisions on leak detection, monitoring storage efficiency, assesing enviromental impact, model calibration and validation and regulatory compliance and reporting.
Informed decision making in agriculture with soil gas flux and eddy covariance data
Soil gas flux and eddy covariance data can significantly enhance the management of agricultural systems, improve productivity, and address environmental impacts. Measurements of soil health, crop productivity, and greenhouse gas emissions provide crucial information for precision agriculture, adaptive farm management and enviromental compliance.
Instrument care: Service agreements and maintenance contracts
Future-proof your research. Protect your project with a service agreement or maintenance plan. Learn more from our service team.
Innovative water management through direct evapotranspiration measurement
See a demonstration of real-time measurement of latent heat flux (LE) and sensible heat flux (H). These measurements with the LI-710 Evapotranspiration Sensor accurately quantify the amount of water vapor transpired by plants and soil (ET) and provide insights into water use efficiency of crops to optimize crop management and irrigation strategies.
Access and share actual evapotranspiration data from anywhere
Instrument care: Maintenance and service for Water Node systems
Self care for your research. Learn the basics of how to maintain your LI-710 Evapotranspiration Sensor or IoE Module.
All together now: LI-COR Cloud and HOBOlink
LI-COR Cloud and HOBOlink provide remote access to your data from a LI-COR Water or Carbon Node or your HOBO Data Loggers. See a demonstration of how you can view, share, and manage your data in real time from any location.
Measurements of pCO2 and DIC
Description coming soon.
Theory of carbon chemistry in water
Description coming soon.
Instrument care: Maintenance and service for Apollo SciTech systems
Self care for your research. Learn the basics of how to maintain your aquatic carbon systems from Apollo SciTech, which are now part of LI-COR
Instrument care: Service agreements and maintenance contracts
Future-proof your research. Protect your project with a service agreement or maintenance plan. Learn more from our service team.
Instrument Care: Maintenance and service for plant and aquatic photosynthesis
Self care for your research. Learn the basics of how to maintain your LI-6800 Plant Photosynthesis System, including with the Aquatic Chamber.
Measuring carbon assimilation and chlorophyll fluorescence in algae and high-humidity plants
Description coming soon.
Maximize your Water Node or Carbon Node measurements
Discuss getting the best results from your Water or Carbon Node with other users and LI-COR experts. Share your successes and learn from common pitfalls.
Know your plant: Survey measurements of leaf-level photosynthesis
Learn techniques for using leaf-level gas-exchange instruments for survey style measurements and discuss selecting and configuring the chamber environment as well as general measurement best practices.
Estimating mesophyll conductance and bundle-sheath leakiness at the leaf level
After a review of the theory of isotopic measurements and their applications, discuss the technical aspects of integrating laser-based analyzers with an existing gas-exchange system.
Leaf-level gas exchange measurement theory and application
Measurements of leaf-level gas exchange (carbon assimilation, apparent transpiration, stomatal conductance) and chlorophyll a fluorescence are fundamental to many areas of plant research. Techniques for making these measurements are well established and have been packed into off the shelf instrument systems. Successful use of these systems for collection of high-quality data, however, requires both an understanding of the underlying biological processes and the techniques used to measure them. Learn the basic principles behind these measurements with a focus on underlying assumptions and best practices.
Know your plant: Response curve implementation
Measurements of photosynthetic response to CO2 give insight into the limitations and capacities of photochemistry. See a demonstration of techniques for measuring CO2 response using both steady-state and non-steady-state approaches. Discuss considerations for developing a protocol and configuring an instrument for these measurements.
Know your plant: Response curve fitting
Learn about fitting photosynthesis models to leaf-level light and CO2 response curve data using R statistical data analysis software.
Maximize your leaf-level gas exchange measurements
Discuss using your plant photosynthesis system to get the best results with other users and LI-COR experts. Share your successes and learn from common pitfalls.
Your turn: Plant photosynthesis measurements
What do you wish you could measure with a plant photosynthesis system? What features would you add to the LI-6800 if you had the chance? What would make your plant physiology research easier? We want your advice! Help design the research tools of the future.
Actionable data: Using plant measurements for commercial decision-making
Description coming soon.
Measuring carbon assimilation and chlorophyll fluorescence in algae and high-humidity plants
Description coming soon.
Installing and maintaining long-term, automated soil gas flux systems
Trace gas transport (flux) at the soil-atmosphere interface is an important process linked to a number of biological and physical properties of an ecosystem. This workshop will provide an introduction to the theory and application of closed-transient chambers to the measurement these fluxes. Topics will include diffusive transport theory, fitting methods for flux calculation and considerations for deploying chamber systems.
Distributed measurements of soil gas fluxes
Learn about the theory and application of chamber-based measurements of soil gas fluxes
Processing your soil gas flux data with SoilFluxPro®
SoilFluxPro® is a freely available software for post processing and quality control of chamber-based trace gas flux measurements. See a demonstration of SoilFluxPro and discuss its curving fitting approaches for flux estimates, its advanced guidance tools selecting fit windows, and its hidden scripting console.
Identifying the carbon isotope signatures of soil respiration
Learn about the theory and implementation of a new, automated soil-respired CO2 isotope measurement solution
Maximize your chamber-based soil gas flux measurements
Discuss getting the best results from your chamber-based soil gas flux system with other users and LI-COR experts. Share your successes and learn from common pitfalls.
Your turn: Soil health measurements
What do you wish you could measure with a long term or survey soil gas flux measurement system? What features would you add to SoilFluxPro if you had the chance? What would make your soil health research easier? We want your advice! Help design the research tools of the future.
A new approach to carbon with the IoE enabled Carbon Node
See a demonstration of the IoE-enabled Carbon Node that takes real-time, low-cost measurements of CO2 flux, evapotranspiration, sensible heat, PAR, temperature, humidity, and air pressure. Discuss how to quickly validate your research, sustainability, or decarbonization project.
Informed decision making in CCUS (Carbon Capture, Utilization, and Storage) with soil gas flux and eddy covariance data
Combining soil gas flux and eddy covariance data provides a comprehensive picture of CO2 behavior and movement. That information is used to make informed decisions on leak detection, monitoring storage efficiency, assesing enviromental impact, model calibration and validation and regulatory compliance and reporting.
Informed decision making in agriculture with soil gas flux and eddy covariance data
Soil gas flux and eddy covariance data can significantly enhance the management of agricultural systems, improve productivity, and address environmental impacts. Measurements of soil health, crop productivity, and greenhouse gas emissions provide crucial information for precision agriculture, adaptive farm management and enviromental compliance.
Measuring gas fluxes in a flask system
Discuss using an adapted flux system to measure gas fluxes from discrete sampels of soils, fruits, or small animals, in non-actuated, user-designed chambers.
Instrument care: Maintenance and service of gas analyzers and eddy covariance instruments
Self care for your research. Learn the basics of how to maintain your gas analyzers and eddy covariance systems.
An overview of ecosystem flux measurement theory
An introduction to methodological aspects of the eddy covariance technique: theory, basic assumptions, key principles, fetch and flux footprint considerations, experimental design, and implementation.
Processing eddy covariance data using EddyPro®
Discuss theoretical or practical questions you may have about the EddyPro® eddy covariance flux computation software.
Maximize your eddy covariance measurements
Discuss getting the best results from your eddy covariance system with other users and LI-COR experts. Share your successes and learn from common pitfalls.
Your turn: Eddy covariance, carbon flux and evapotranspiration measurements
What do you wish you could measure with an eddy covariance system? How do you want to use the Water or Carbon Node? What would make your ecosystem gas exchange research easier? We want your advice! Help design the research tools of the future.
Speakers
See who is presenting at Connect 2025
M. Francesca Cotrufo is a Professor in the Department of Soil and Crop Sciences at Colorado State University. She earned her B.Sc. from the University of Naples in Italy and her Ph.D. from Lancaster University in the UK. Prior to joining CSU in 2008, she was a professor at the University of Campania in Italy. Dr. Cotrufo is a soil ecologist and biogeochemist, internationally recognized for her work in the field of litter decomposition and soil organic matter dynamics, as well as for her use of isotopic methodologies in these studies.
Prof. Danielle (Dani) Way is a world leader on the impact of rising temperatures and CO2 concentrations on plants, with a focus on photosynthesis, respiration, water fluxes and plant growth. She did her PhD at the University of Toronto (2008) and a post-doc at Duke University (2008-2012) before leading labs at the University of Western Ontario in Canada (2012-2022) and the Australian National University (ANU, 2022-current). Dani is also Director of The Australian Plant Phenomics Network at ANU where she leads a team of plant biologists and computer scientists to provide high throughput phenotyping capabilities to researchers.
Bethany Ladd is an accomplished researcher, entrepreneur, and co-founder of Arca Climate Technologies. Arca is a leading carbon dioxide removal company that develops innovative technology to turn CO2 into rock at scale. As Head of Operations at Arca, Bethany draws upon her scientific background and expertise in applied research management to lead deployment, laboratory, and company operations. Her passion for making a difference in the world led her to co-found Arca, a University of British Columbia spinout that has garnered international recognition, including an XPRIZE milestone award for carbon dioxide removal.
Dr. Zhaohui Aleck Wang is an Associate Scientist with Tenure in the Department of Marine Chemistry and Geochemistry at Woods Hole Oceanographic Institution (WHOI). He is a marine chemist with expertise in seawater carbonate chemistry, in situ sensor technologies, marine CO2 removal (mCDR), coastal carbon cycling, ocean acidification (OA), and carbon fluxes in tidal wetlands.
Dr. Cristina Sales is a plant scientist with a career dedicated to photosynthesis research in key agricultural crops. She has extensive experience in plant phenotyping using infrared gas analyzers. In June 2024, Cris joined Wild Bioscience, where she applies her expertise in plant phenotyping to contribute to the company’s mission of designing crops that accelerate agriculture towards climate resilience
More information to come