Pluton Biosciences的封面图片
Pluton Biosciences

Pluton Biosciences

生物技术研究

St Louis,Missouri 2,241 位关注者

Micromining Nature's Solutions

关于我们

Many solutions to global threats such as climate change, disease and crop infestation can be found right beneath our feet. Microbes in the soil have proven potential to sequester carbon, improve crops, kill pests, reduce disease and more. Pluton Biosciences utilizes unique Micromining? technology to discover novel microbes and create innovative solutions to address key sustainability challenges facing agriculture.

网站
https://www.plutonbio.com
所属行业
生物技术研究
规模
11-50 人
总部
St Louis,Missouri
类型
私人持股
创立
2017
领域
micromining、insect control、carbon sequestration、data science、soil microbiome和nitrogen

地点

  • 主要

    11754 Westline Industrial Drive

    US,Missouri,St Louis,63146

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Pluton Biosciences员工

动态

  • 查看Pluton Biosciences的组织主页

    2,241 位关注者

    We’re excited to share an important leadership update at Pluton. Dr. Barry Goldman, our Founder and Chief Scientific Officer (CSO), has transitioned out of his day-to-day role at the company. However, Barry will continue to help shape Pluton’s strategic direction as a member of both the Scientific Advisory Board and the Board of Directors. Since Pluton’s early days, Barry’s vision, leadership, and scientific expertise have been instrumental in driving innovation and growth. His dedication has laid a strong foundation for our continued success, and we are deeply grateful for his contributions over the years. Looking ahead, Pluton’s research efforts are now led by?Vice President of R&D, Dr. Adam Blaszczak, alongside a talented team of senior scientists. We are excited for the future and confident that Adam and his team will build upon Barry’s legacy, driving groundbreaking advancements that bring our lead microbial product closer to market. In future updates, we’ll introduce the exceptional team we’ve built since our Series A raise. For now, please join us in thanking Barry for his vision, dedication, and service to Pluton.

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  • 查看Pluton Biosciences的组织主页

    2,241 位关注者

    The Donald Danforth Plant Science Center is currently hosting IGNITE – Climate Innovation Starts in the Heartland for #climateinnovationday. Through IGNITE, the Danforth shows "how the heartland is leading the world in sustainable agricultural innovations while engaging stakeholders across the supply chain, from seed to fork." Pluton is grateful to be in such close proximity to both the Donald Danforth Plant Science Center and 39 North, as they help make St. Louis a growing and influential hub for #climatetech, #renewableag, and #sustainability. #climatechange #agtech #biotech #startup #regenerativeag

    查看Donald Danforth Plant Science Center的组织主页

    15,626 位关注者

    Great insights from Alice Korngold and BioSTL ’s Dan Schulz during this morning’s #ClimateInnovationDay panel! "It's been exciting getting to know the Danforth Center and BioSTL better," Alice says. "The connection between global ambition and what is happening on the ground is vital to addressing climate change. And the work of the #STL ecosystem is admirable." We look forward to hearing more from Alice tonight at IGNITE! #DanforthIGNITE ?? IGNITE details: https://lnkd.in/gZWSU7SF

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  • 查看Pluton Biosciences的组织主页

    2,241 位关注者

    查看Barry Goldman的档案

    Scientist and Entrepreneur

    A.J. (Ashok) Kumar and his team at Indigo recently published a paper on “implementing an agricultural carbon project at scale”.?The paper “Solutions and insights for agricultural monitoring, reporting, and verification (MRV) from three consecutive issuances of soil carbon credits” is published at this link (https://lnkd.in/djKWw9N6). There have been recent examples that some carbon sequestration practices do not store the amount of carbon originally predicted. This engenders a lack of trust in the marketplace. AJ and team are trying to address this by describing how Indigo is approaching this space. ? From the Abstract. ? There is a challenge to quantifying emission reductions on a large scale. To quantify the impact, Indigo created a monitoring, reporting, and verification (MRV) pipeline to produce agricultural soil carbon credits produced at large scales?(>100K hectares). The pipeline uses field data, biogeochemical models, and soil sampling to?produce estimates of emissions reduction?while integrating uncertainty. In this paper Indigo was able to account for 297K tCO2?equivalent of carbon credits on 554K hectare. The?paper then explores the effect sizes associated with specific regenerative practice changes. Some questions they address in the manuscript include: ·??????How to accurately measure carbon in the field broadly ·??????How measure the durability of the carbon ·??????How to account for uncertainty ? I applaud AJ's and Indigo's efforts to more thoroughly understand the quantification of sequestered carbon through modeling of regenerative agricultural practices.?This paper helps clarify one component of the complex and evolving carbon sequestration space. ? #sustainableag #regenerativeag #carbonmarket #carbonsequestration #nitrogenfixation #carboncapture #covercrops #notill #soilcarboncredits #carboncredits #soilorganicmatter #greenhousegas #emissionreduction #quantification #regenerativefarming?

  • 查看Pluton Biosciences的组织主页

    2,241 位关注者

    查看Micha? S?ota的档案

    Science communicator ?? | Plant & soil health expert ?? | Doctor of Medical Science ?? | European Climate Pact Ambassador ?? | Keynote speaker ??

    Tracking the sources of mineral-associated soil organic matter ???? ?? Mineral-associated soil organic matter (MAOM) represents the largest and most slowly cycling carbon (C) reservoir within the terrestrial biosphere. ?? Microbial biomarkers (e.g. amino sugars) are most commonly used to estimate microbial versus plant contributions to MAOM. ?? A recent meta-analysis by Chang et al. 2023 included 288 datasets of C/N ratios for MAOM, particulate organic matter (POM), and microbial biomass across the soils of forests, grasslands, and croplands. ?? While the average microbial contribution to MAOM was estimated to be around 30-50%, the actual contributions from microbes and plants vary based on: -> ecosystem type, -> soil characteristics, -> climatic conditions. Image: plant and microbial contributions to MAOM as a function of ecosystem type, soil properties, and climate factors (credits: Chang et al. 2023; DOI: 10.1111/gcb.17385). #soil #microbiome #agriculture

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  • 查看Pluton Biosciences的组织主页

    2,241 位关注者

    Climate change is one of the main drivers of what we do at Pluton. We have been following the issue since the 90's, and particularly since the Kyoto Protocol was adopted. Decades later, and after extensive research, the team at Pluton is developing our first product, a microbe-based soil amendment which will focus on #carbonsequestration and #nitrogenfixation. That being said, we couldn't even begin to create a solution without fully understanding the problem. For many years, we believed that John Tyndall was responsible for proving the existence of the greenhouse effect. However, we recently came across a podcast by the Lost Women of Science Initiative that focuses on Eunice Newton Foote (July 17, 1819 – September 30, 1888), a scientist and activist who advocated for women's rights and the abolition of slavery. Eunice demonstrated the greenhouse effect in her home laboratory in 1856 and was not only the first scientist to confirm the theory but was also responsible for the first known publication in a scientific journal by an American woman in the field of physics. She now has an endowment through the American Physical Society, and her name even made it onto Jeopardy as a trivia answer! This podcast episode acknowledges the historic achievements of Eunice and helps rightfully restore her name to the ongoing scientific discourse. We recommend giving this (any many other great episodes by Lost Women in Science) a listen. #womeninstem #womeninscience #regenerativeag #sustainability #sustainableag #climatechange #climatescience #lostwomeninsci #lwos

  • 查看Pluton Biosciences的组织主页

    2,241 位关注者

    查看Barry Goldman的档案

    Scientist and Entrepreneur

    In between analyzing data, designing experiments, and quite lengthy?brainstorming sessions, I like to seek out the perspectives of those outside the lab including farmers. I recently found a Youtube channel called Kiss The Ground. In their “5 With A Farmer” playlist, they ask farmers questions like “What do you wish more people know about farming?” Or “What is the wildest idea you’ve had that’s worked?” Let me share a couple I particularly like. “On a farm, there are no failures, only lessons.” This quote from Wil Crombie, the owner of an organic farming compound in MN, has stuck with me for the last few days. Wil views regenerative farming as a form of climate activism - something that heals both the planet and the people on it. He doesn’t think in terms of “success” or “failure.” Instead, there is always an opportunity for taking in more knowledge and for continuous improvement.?? ? Another interview with Wendy Johnson from Charles City, Iowa, is a reminder of the surprisingly large diversity within the farming community. Wendy talks about her career prior to farming, involving quite a bit of travel, and how she has now put down roots through establishing Jóia Food Farm.? ? I find perspectives like Wil’s and Wendy’s to be insightful and valuable. Very few of us grow food. Demystifying that process is critical to having the food systems we want. Farmers and scientists often live and work in such vastly different circles, but they are deeply intertwined in the realm of sustainable agriculture. https://lnkd.in/g_tk6_pV https://lnkd.in/gvYJ-h8w ? #sustainableag #carboncapture #climateaction #sustainability #regenerativeag?

  • 查看Pluton Biosciences的组织主页

    2,241 位关注者

    The World Economic Forum has written an engaging and accessible article on “Five Ways to Remove Carbon and Tackle the Climate Crisis.” Published last year, this piece is an excellent primer for those who would like a better understanding of concepts such as reforestation, ocean-based removal, direct air capture, carbon mineralization, and soil sequestration through farming practices. If you’re confused, this is a great place to start.

  • 查看Pluton Biosciences的组织主页

    2,241 位关注者

    Wollemi Capital, one of our valued investors from our series A, has just launched a new web page. We are proud to be a part of their investment portfolio! Noah Walker Christine Devlin #climatefinance #climateimpact #climatetech #growthcapital #climateaction #sustainability #agtech #climateinnovation

    查看Wollemi Capital的组织主页

    5,308 位关注者

    New site, who dis? ? This week we’re proud to launch the new, improved Wollemi.com. We’re excited to have a space to showcase the diversity and depth of our global team – now numbering more than 30 professionals across Sydney, Seattle and San Francisco – and our growing portfolio of incredible businesses and projects. ? At Wollemi, we’re focused on bridging the?climate growth capital gap?by providing flexible capital to businesses, developers and projects with technologies that are proven and at the inflection point ready for rapid scale-up. ? And you can now see that brought to life in our portfolio page, featuring Kanin Energy, Loam Bio, Pachama, Pluton Biosciences and our most recent investment Samsara Eco, along with a growing array of projects in partnership with RegenCo, Permagen and Carbon Neutral – with more announcements to come very soon. A shout out to Present Company and Hatch Creative Agency for their great work in creating our new digital home. #climatefinance #climateimpact #climatetech #growthcapital #Wollemi #TeamWollemi

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  • 查看Pluton Biosciences的组织主页

    2,241 位关注者

    Listen to the Future of Agriculture's podcast episode with Matthew Wallenstein on reducing soil and organic matter loss.

    查看Barry Goldman的档案

    Scientist and Entrepreneur

    There has been quite a bit of conversation about loss of soil and organic matter on farms and how that will impact yields in the future. This has been difficult to address from an industrial perspective. Regenerative Ag is the broad category for how this issue is being addressed, but not many products have come out of the current leaders in the industry. Can industry identify and implement simple and cost-effective solutions that growers can integrate into their current practices that will reduce soil and organic matter loss?? ?? Industry is now beginning to address this. Syngenta has hired a team reporting to the highest levels of the organization.?Matthew Wallenstein?is the chief soil scientist at Syngenta and former Professor of Soil Science at Colorado State University. He has built a strong team of soil scientists to understand how industry can come up with solutions to address this issue. You can hear him on the? Future of Agriculture podcast, which is hosted by?Tim Hammerich. Tim has been providing great 1:1 interviews with the critical players in Ag for the last several years. Worth the listen. ?#Soilscience #regerativeag #podcast #sustainability #climateaction #soilhealth

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