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It was mentioned that it makes sense to estimate soil carbon on barren land only while using remote sensing, which makes sense. Now, if we can estimate soil C on barren lands, mask those out and have an optimised soil sampling scheme for the remaining area. How can that work?

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Soil C model uncertainty is *better* at a large spatial scale. This is directly contrary to my expectation that small areas can be better parameterized.

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Soil C model uncertainty is *better* at a large spatial scale. This is directly contrary to my expectation that small areas can be better parameterized.

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Soil carbon is highly variable...but it is spatially structured.

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Soil carbon is highly variable...but it is spatially structured.

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PhD student UMass Amherst
Rhizosphere soil chemistry, mineral-organic association dynamics, soil C

Techniques: Spectroscopy, spectrometry, greenhouse, gas measurements

Connect here or via twitter @DraSuelosMari = excited to meet others!

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Bedford Institute, Canada, C-mineral interactions, soil structure-function relationships, C storage

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Q: What advice would you give to carbon market regulators who presumably want to distribute credits fairly but may not be aware of the pitfalls and sources of uncertainty in measurements?

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Q: What advice would you give to carbon market regulators who presumably want to distribute credits fairly but may not be aware of the pitfalls and sources of uncertainty in measurements?

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Emory University, Atlanta, GA, USA. Soil organic matter, greenhouse gas emission

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Think spatially + Integrate methods

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LSCE IPSL. SOM modeling, C sequestration and agriculture!

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Worldwide soils have had a higher potential for carbon sequestration. So, finding out such sites could be one application

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Q: Jon highlighted the spectrum: measurement/hybrid/model/practice. Isn't there value in aggregated measurements combined with detailed incentivisation and verification of *practices*?

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Q: Jon highlighted the spectrum: measurement/hybrid/model/practice. Isn't there value in aggregated measurements combined with detailed incentivisation and verification of *practices*?

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New Zealand (U of Waikato)

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School of Earth and Environment, University of Leeds, UK. Soil scientist, working with SOM modelling, remote sensing and soil spectroscopy.

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Knowledge Mobilization Coordinator, SOILS AT GUELPH, University of Guelph, ON, Canada

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Soils at Guelph is an effort to increase awareness of research initiatives, facilitate collaboration and knowledge exchange among stakeholders, and to educate on the importance of soil health.

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Q: We have a heard of carbon eco-variance flux as a mechanism for measuring. Any thoughts on the same?

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Thanks both for your great presentations! 

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Thanks both for your great presentations! 

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Terramera Inc

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University of Georgia

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Terramera Inc, Vancouver

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when pasture land converted into agricutural land, how depth the soil carbon will be influenced?  wheat planting land 

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when pasture land converted into agricutural land, how depth the soil carbon will be influenced?  wheat planting land 

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New Mexico State University

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We are a food security public benefit corporation enabling food sovereignty and equity across Native American lands.

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University of British Columbia Okanagan and Agriculture and Agrifood Canada

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Irrigated agriculture is expanding across the globe, but the effects of irrigation on soil organic carbon (SOC) stocks are poorly understood. We conducted a meta-analysis to examine changes in SOC on irrigated agricultural sites. In contrast to many agricultural systems, which tend to lose soil carbon with time, we found that SOC increased by 5.9% on irrigated sites, overall. SOC increases were greatest in surface soils, in finer-textured soils, in drier climates and under sprinkler irrigation.

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Irrigated agriculture is expanding across the globe, but the effects of irrigation on soil organic carbon (SOC) stocks are poorly understood. We conducted a meta-analysis to examine changes in SOC on irrigated agricultural sites. In contrast to many agricultural systems, which tend to lose soil carbon with time, we found that SOC increased by 5.9% on irrigated sites, overall.

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Livestock Production and Climate Change Specialist, FAO

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About

I received my Ph.D. in Ecology from Colorado State University and my B.S. from Cornell University in International Agriculture and Rural Development. I currently work for the Food and Agriculture Organization of the United Nations (FAO) on livestock greenhouse emissions.

For more information about my research and current projects, visit my project page.
My Publications

A list of my most recently published and submitted publications can be found by visiting the page below.

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Livestock Production and Climate Change Specialist Agroecosystem ecologist with expertise in natural climate solutions and regenerative agriculture. About I received my Ph.D. in Ecology from Colorado State University and my B.S. from Cornell University in International Agriculture and Rural Development. I currently work for the Food and Agriculture Organization of the United Nations (FAO) on...

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Cropin Technology Solutions, India
I am working as a Researcher and plan on working on soil health and mapping soil carbon at scale.
Happy to connect with people at vaibhav.chhipa@cropin.com

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University of Hawaii Manoa, welcome and thanks for introducing yourself!  Hit refresh on your web browser to update the padlet.