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https://eutrema.co.uk/shop/equipment/hand-lens-uv-led-illuminated/ Dr. Russell Sharp explains why a hand lens is essential for pest identification and monitoring, how to use one, and the main reasons to inspect plants closely rather than guessing. He covers tiny pests like spider mites and thrips, distinguishing beneficial insects, confirming kills, and locating eggs. The episode also reviews disease signs, trichome inspection for essential oil crops, root and rhizosphere checks, and advantages of LED and UV illumination. Regular close inspection with a hand lens can catch problems early and help avoid unnecessary pesticide use.

In this episode Dr. Russell Sharp explains insecticidal soaps—how they work by physically breaking down insect waxes and spiracles, acting as contact killers without systemic residues. He covers practical use: effective mainly on soft-bodied pests and powdery mildew, the need for repeat sprays (every 5–7 days) during infestations, and precautions to avoid phytotoxicity and high temperatures. Tips for choosing products focus on plant-safe, sodium-free formulas (potassium/ammonium alternatives), tank-mix compatibility, and organic options like Yucca Extract.

Dr. Russell Sharp reviews the Maxi Bright Maxi LED Pro TS 40W horseshoe under-canopy light, calling it the best product he has seen this year and explaining how individual under-pot lighting can boost photosynthesis, improve transpiration and reduce fungal risks. He proposes a potential upgrade—combining the horseshoe LED with a horseshoe dripper to warm roots and cool LEDs—then explains why cost and safety (mixing water and electrics) make that unlikely. Russell contrasts this standout product with a recently over-engineered launch, invites listener feedback, and points listeners to Hydro Bros' social channels for demos and to utreema.co.uk for more information. https://eutrema.co.uk/

Dr. Russell Sharp, founder of Eutrema Limited, explains the company's grower-first approach, serendipitous innovation, and the development of truly unique plant science products. The episode covers Eutrema’s focus on sustainable, biorational solutions -like fully soluble liquid gypsum and concentrated salicylic acid, transparent formulations, and direct access to expert support. Listeners also learn about free resources, podcasts, and how buying from Eutrema supports British innovation. https://eutrema.co.uk/

Dr. Russell Sharp ranks and explains the major threats to fertilizer and pesticide prices in the UK looking toward 2027, covering energy costs, geopolitical risks, supply bottlenecks, and regulatory changes. The episode highlights rising natural gas and oil prices, sulphur and phosphate shortages, Russia and Middle East tensions, the UK carbon border adjustment mechanism, potential sanctions on suppliers, and proposed harmonised regulations that could harm smaller biostimulant and hydroponic businesses. Listeners will learn how these factors could drive up input costs, reduce product choice, squeeze farm margins, and feed into higher food and turf-care prices — plus what to watch for in the coming months. https://eutrema.co.uk/

Dr. Russell Sharp walks through the "Periodic Table of Plant Health," explaining macronutrients, micronutrients, non-mineral and non-essential elements, and common deficiency symptoms for hydroponic crops. He also describes practical solutions, timing advice, free A4/A1 posters and sample swag available from Eutrema to help growers diagnose and manage plant nutrition more effectively. https://eutrema.co.uk/plant-health-periodic-table-poster/

Dr. Russell Sharp discusses recent weather impacts on crops and lawns, a Black Friday humic acid offer (use code HUMIC15), and updates from Utrema on product compatibility tools and trade show plans. The main focus is a new food‑grade root stimulant being developed to replace potassium phosphite: how it works, plans to patent it, and the testing program across at least nine plant species including greenhouse split‑pot trials and future field trials. Listeners are invited to request small samples, follow progress on compatibility and tank‑mix data, and watch for upcoming trial results and product launch details.

Dr. Russell Sharp explains why Eutrema no longer sells microbial products — from short shelf life and supply-chain dilution to competition with contaminated products — and why regulation alone won’t fix the industry. He also announces a free testing service at Eutrema HQ in Lutterworth to verify whether microbial products contain the live, correct organisms claimed, and reminds listeners that Eutrema manufactures its own unique fertilizers and biostimulants. https://eutrema.co.uk/shop/pesticides-organic/chitosan-biofungicide/

Dr. Russell Sharp of Eutrema shares practical advice for anyone launching a hydroponic product, covering market realities, product differentiation, and regulatory pitfalls. Key takeaways: the UK market is quiet, focus on unique solutions, be prepared to say no, manage marketing spend, understand regulations, protect your business by bootstrapping, and treat grow shop owners as vital partners. https://eutrema.co.uk/shop/fertiliser/liquid-gold-unique-complete-fertiliser/

Hello and welcome back to Hydroponics Daily. Dr. Russell Sharp breaks down the new UK fertiliser and biostimulant consultation that could force costly registrations, third‑party efficacy testing and ingredient disclosure, risking many small brands and shrinking product ranges. He explains the likely impact on hydroponics, lawn care and agriculture, why larger multinationals may benefit, how Utrema expects to cope, and urges listeners to respond to the consultation. https://eutrema.co.uk/shop/fertiliser/liquid-gold-unique-complete-fertiliser/

Dr. Russell Sharp explores how breeders, genetic tools (including CRISPR) and environmental controls in hydroponics can reduce strong or bitter flavours in vegetables. He highlights examples—low‑sulphur Brussels sprouts and onions, milder marrows/zucchini, soap‑free coriander, low‑oxalate spinach, less‑phenolic eggplant and sweeter lettuce—and points to hydroponic fertilizer strategies and business opportunities for growers and breeders. https://eutrema.co.uk/shop/soil-conditioners/liquid-gypsum/ Christoph Matthes — Kultursaat e.V. Nigel Kingston — Syngenta Seeds Kevin Dudley — Cloughjordan Community Farm Pat Malone — Cloughjordan Community Farm Alfred Breed (Senior) — Mertoun Gardens David Cain — International Fruit Genetics (IFG) Rob Johnston Jr. — Johnny’s Selected Seeds V. Ognev — Agrofirm Poisk N. Geraskina — Agrofirm Poisk Frits Herlaar — Rijk Zwaan Hoza Zaden — Hoza Zaden Allium Seeds UK — Allium Seeds UK Bejo Zaden — Bejo De Groot en Slot — De Groot en Slot Nunhems — BASF Vegetable Seeds Seminis — Bayer Crop Science Syngenta Vegetable Seeds — Syngenta Rijk Zwaan — Rijk Zwaan Enza Zaden — Enza Zaden Sakata Seed Corporation — Sakata Takii & Co. — Takii Tokita Seed — Tokita Seed Hazera — Limagrain HM.CLAUSE — Limagrain Vilmorin-Mikado — Limagrain Clause Tezier — Limagrain Gautier Semences — Gautier Semences Tozer Seeds — Tozer Seeds Pop Vriend Seeds — Pop Vriend Seeds KWS Vegetables — KWS SAAT SE East-West Seed — East-West Seed Known-You Seed — Known-You Seed Advanta Seeds — UPL Namdhari Seeds — Namdhari Seeds Mahyco Vegetable Seeds — Mahyco Nippon Norin Seed — Nippon Norin Seed Co. Mikado Kyowa Seed — Mikado Kyowa Seed Kaneko Seeds — Kaneko Seeds NongWoo Bio — NongWoo Bio Asia Seed — Asia Seed Co., Ltd. Dongbu Farm Hannong Seed — Nongwoo Bio Group Sakata Korea — Sakata Seed Corporation Sakata EMEA — Sakata Seed Corporation Sakata Vegetables Europe — Sakata Seed Corporation Enza Zaden Research — Enza Zaden Rijk Zwaan Research — Rijk Zwaan Bejo Research — Bejo Syngenta Seeds Research — Syngenta Takii Europe — Takii Takii Japan — Takii Hazera Netherlands — Limagrain Vilmorin SA — Limagrain HM.CLAUSE USA — Limagrain Clause (France) — Limagrain Groupe Florimond Desprez — Florimond Desprez Nickerson-Zwaan — Limagrain Hollar Seeds — Hollar Seeds American Takii — Takii PanAmerican Seed — Ball Horticultural Company Ball Seed Vegetable Program — Ball Horticultural Company Baker Creek Heirloom Seeds — Rare Seeds (Baker Creek) W. Atlee Burpee — Burpee Park Seed — Park Seed Harris Seeds — Harris Seeds Seedway — Seedway Territorial Seed Company — Territorial Seed High Mowing Organic Seeds — High Mowing Organic Seeds Vitalis Organic Seeds — Enza Zaden Bingenheimer Saatgut — Bingenheimer Saatgut AG Sativa Rheinau — Sativa Rheinau AG Reimer Seeds — Reimer Seeds Ferry-Morse — Central Garden & Pet Botanical Interests — Epic Gardening Seeds of Change — Seeds of Change Thompson & Morgan — Thompson & Morgan Mr Fothergill’s — Mr Fothergill’s Seeds Kings Seeds — Kings Seeds Suttons Seeds — Suttons Seeds Dobies — Dobies D.T. Brown — D.T. Brown Eden Brothers — Eden Brothers Johnny’s Selected Seeds — Johnny’s Selected Seeds Adaptive Seeds — Adaptive Seeds Real Seeds — The Real Seed Company Franchi Sementi — Franchi Sementi Semenzaio Artigianale Italiano — SAIS S.p.A. CN Seeds — CN Seeds Unwins — Unwins Seeds Maraldi Sementi — Maraldi Sementi Semo (Czech Republic) — SEMO a.s. MoravoSeed — MoravoSeed Vesco Seeds — VESCO Seeds Beidahuang Seed — Beidahuang Group Winall Seed — Winall Hi-Tech Seed Yuan Longping High-Tech — Longping High-Tech China National Seed Group — China National Seed Group (CNSGC) Bayer Vegetable Seeds — Bayer Crop Science BASF Vegetable Seeds — BASF Limagrain Vegetable Seeds — Limagrain KWS Saat — KWS SAAT SE Enza Zaden USA — Enza Zaden Rijk Zwaan USA — Rijk Zwaan

Dr. Russell Sharp closes out Hydroponics Daily’s 2025 run with a compact guide to the most toxic plants. He explains why “natural” or “plant‑derived” doesn’t mean safe and shares examples of species that can cause severe harm. The episode lists the top poisonous plants to watch for, such as hemlock, giant hogweed, deadly nightshade, Brugmansia, monk’s hood, yew, oleander, castor bean, water hemlock and foxglove, plus practical safety warnings for growers and gardeners. https://eutrema.co.uk/shop/fertiliser/liquid-gold-unique-complete-fertiliser/ Tony Knight — Colorado State University Richard Walter — Colorado State University James Pfister — USDA-ARS Poisonous Plant Research Laboratory Bryan Stegelmeier — USDA-ARS Poisonous Plant Research Laboratory Michael Ralphs — USDA-ARS Poisonous Plant Research Laboratory Dale Gardner — USDA-ARS Poisonous Plant Research Laboratory Kip Panter — USDA-ARS Poisonous Plant Research Laboratory Benedict Green — USDA-ARS Poisonous Plant Research Laboratory Kermit Price — USDA-ARS Poisonous Plant Research Laboratory Clinton Stonecipher — USDA-ARS Poisonous Plant Research Laboratory Kevin D. Welch — USDA-ARS Poisonous Plant Research Laboratory Daniel Cook — USDA-ARS Poisonous Plant Research Laboratory Scott Larsen — USDA-ARS Poisonous Plant Research Laboratory Jennifer Colvin — USDA-ARS Poisonous Plant Research Laboratory Tracy McCluskey — USDA-ARS Poisonous Plant Research Laboratory Lynn James — USDA-ARS Stephen B. Lee — USDA-ARS Derek Bailey — USDA-ARS Michael H. Smith — USDA-ARS Daniel R. Gardner — USDA-ARS Elizabeth A. Dauncey — Royal Botanic Gardens, Kew Nicola Bates — Veterinary Poisons Information Service Sally Bradberry — National Poisons Information Service Simon Thomas — National Poisons Information Service Allister Vale — National Poisons Information Service Michael J. Balick — New York Botanical Garden Lewis S. Nelson — Rutgers New Jersey Medical School Richard D. Shih — Weill Cornell Medicine Noah Whiteman — University of California, Berkeley Sonny Larsson — Uppsala University Sarah Lister — ASPCA Animal Poison Control Center Ahna Brutlag — Pet Poison Helpline Justine Lee — Pet Poison Helpline Tina Wismer — ASPCA Animal Poison Control Center Steven Hansen — Pet Poison Helpline Timothy J. Evans — University of Illinois Rebecca H. McClanahan — University of California, Davis Philippa A. Smith — Royal Botanic Gardens, Kew Eimear M. Nic Lughadha — Royal Botanic Gardens, Kew William Milliken — Royal Botanic Gardens, Kew Edward P. Krenzelok — Pittsburgh Poison Center Robert S. Hoffman — NYU Grossman School of Medicine William Banner — Oklahoma Center for Poison & Drug Information Paul M. Wax — UT Southwestern Medical Center Henry A. Spiller — Kentucky Poison Control Center Mary Ann McGregor — Texas Poison Center Network Kurt A. Kleinschmidt — Texas Poison Center Network Donna L. Seger — Tennessee Poison Center Christine Murphy — National Capital Poison Center Gwen Wurm — Oregon Poison Center David Trinklein — University of Missouri Extension Karen Funkenbusch — University of Missouri Extension Ralph Whitesides — Utah State University Extension Corey Ransom — Utah State University Bret A. Scasta — University of Wyoming Keith Johnson — Purdue University Extension Debra Hagstrom — University of Illinois Extension Tom Dudek — University of Arizona Cooperative Extension Maryline Seigler — University of Florida Stephen L. Welsh — Brigham Young University Craig A. Schmutz — University of Saskatchewan David W. Hulbert — University of Queensland Caroline Veresoglou — Freie Universität Berlin Daniel J. Kliebenstein — University of California, Davis Mark A. D. Goodwin — University of Georgia James A. Duke — USDA Julia F. Morton — University of Miami Lawrence Kaplan — University of Massachusetts Boston Peter A. C**k — Australia (Plant Toxins Research) Robyn M. Gleadow — Monash University Ian E. C**k — RMIT University Philippa M. Forrester — University of Sydney Mary T. Fletcher — The University of Queensland Robert J. Petroski — University of Queensland John M. Coleman — CSIRO Ralph D. Tanner — CSIRO Andrew W. Poulsen — CSIRO John A. Sutherland — University of Adelaide Peter J. McGee — University of New England Bryan G. Fry — The University of Queensland Alan L. Hart — University of Oxford Mark W. Gurnell — University of Cambridge David J. Watson — University of Tasmania Ian D. Rae — Monash University John M. Jacobsen — Montana State University Wendy C. Weedon — University of Florida Karin L. Wieringa — Wageningen University & Research Rohan A. Davis — The University of Queensland Vicki A. L. Mellick — University of New South Wales Paul G. Jones — University of Reading Nigel J. C. Veitch — Royal Botanic Gardens, Kew Monica F. M. Gruber — University of Bristol Anne Osbourn — John Innes Centre Michael Heinrich — UCL School of Pharmacy Christine A. Smart — Cornell University

Host Dr. Russell Sharp of Hydroponics Daily explains how hydroponic fertigation and his product Gold Leaf (Liquid Gold in the UK) can be used to biofortify edible crops with nutrients like iodine, selenium, iron, zinc and silicon. The episode covers practical benefits, higher micronutrient content, potential shelf-life and quality improvements, and serious cautions, especially selenium toxicity, stressing professional handling and precise dosing. Listeners learn why hydroponics makes targeted nutrient enrichment easier than soil, which crops have been shown to respond (lettuce, basil), and how biofortification might impact human nutrition and future dietary needs. https://eutrema.co.uk/shop/fertiliser/liquid-gold-unique-complete-fertiliser/ Howarth E. Bouis — International Food Policy Research Institute (IFPRI) / HarvestPlus Amy Saltzman — HarvestPlus Wolfgang H. Pfeiffer — HarvestPlus / CGIAR J.V. Meenakshi — IFPRI Ekin Birol — IFPRI / HarvestPlus Edward A. Boy — HarvestPlus Dean A. Boy — HarvestPlus Daniel Asare-Marfo — IFPRI / HarvestPlus Erick Boy — HarvestPlus Jan W. Low — International Potato Center (CIP) Robert O.M. Mwanga — International Potato Center (CIP) Maria I. Andrade — International Potato Center (CIP) Hugo Campos — International Potato Center (CIP) Graham Thiele — International Potato Center (CIP) Marcin G. Wirth — ETH Zürich Ines Slamet-Loedin — International Rice Research Institute (IRRI) B.P. Mallikarjuna Swamy — International Rice Research Institute (IRRI) Rainer Schulin — ETH Zürich Roslyn B. Gleadow — Monash University Christine H. Foyer — University of Birmingham Ismail Cakmak — Sabanci University Güzel Velu — CIMMYT Iván Ortiz-Monasterio — CIMMYT R.P. (Ravi) Singh — CIMMYT Velu Govindan — CIMMYT Yuri (Y.) Hao — CIMMYT Manish Roorkiwal — ICRISAT Rajeev K. Varshney — CSIRO / formerly ICRISAT Hari D. Upadhyaya — ICRISAT Rajeev Gupta — CSIRO Michael J. Welch — Cornell University Ross M. Welch — Cornell University Robin D. Graham — University of Adelaide Richard D. Thompson — ETH Zürich Philip J. White — The James Hutton Institute Martin R. Broadley — University of Nottingham Steven P. McGrath — Rothamsted Research Andy R. Smith — University of Cambridge Cathie Martin — John Innes Centre Lionel J. Dupont — INRAE Victor Raboy — USDA-ARS Paul M. Hasegawa — Purdue University Jian-Kang Zhu — Purdue University David E. Salt — University of Nottingham Nicolaus von Wirén — Leibniz Institute of Plant Genetics and Crop Plant Research (IPK) Ute Krämer — Ruhr University Bochum Hakan Wallin — Swedish University of Agricultural Sciences (SLU) M.S. (Mike) Griffiths — University of York Elad Tako — Cornell University Julia F. Kotzé — University of Pretoria Richard P. Glahn — USDA-ARS Raymond P. Glahn — USDA-ARS James P. Li — University of Minnesota Tom L. Sleper — University of Missouri Dean DellaPenna — Michigan State University Robert A. McClung — Carnegie Mellon University Peter Beyer — University of Freiburg Ingo Potrykus — ETH Zürich Paola Carillo — University of Campania “Luigi Vanvitelli” Roberto Papa — Marche Polytechnic University Cristóbal Uauy — John Innes Centre Nigel G. Halford — Rothamsted Research Peter R. Shewry — Rothamsted Research Alison J. Smith — University of Cambridge Catherine J. Dixon — University of Leeds Darren J. Plett — CSIRO Agriculture and Food Mark Tester — University of Adelaide Jana K. Scharfenberg — University of Hohenheim Ivan Baxter — Donald Danforth Plant Science Center Brian Larkins — University of Arizona Torbert Rocheford — Purdue University Regina A. Feil — University of Bonn Karl-Josef Dietz — Bielefeld University Hans-Peter Braun — Leibniz University Hannover Elizabeth A. Ainsworth — USDA-ARS / University of Illinois Donald R. Ort — University of Illinois Urbana-Champaign Krishna K. Niyogi — University of California, Berkeley Sabeeha S. Merchant — University of California, Berkeley Joanna Barłóg — Poznań University of Life Sciences Mariola K. Kozak — Warsaw University of Life Sciences Ramesh V. Sunkar — Oklahoma State University Amitava Roy — Indian Agricultural Research Institute (IARI) K.V. Prasad — Indian Institute of Horticultural Research (IIHR) K.C. Bansal — National Agri-Food Biotechnology Institute (NABI) Usha Kiran — NABI Ramesh Chand — Banaras Hindu University A.K. Singh — Indian Institute of Rice Research (IIRR) A. Raman — Punjab Agricultural University B.S. Gill — Texas A&M University Ravi Singh — CIMMYT Mahmoud S. Hussein — University of Guelph Youbin Zheng — University of Guelph Rowan F. Sage — University of Toronto Bernard R. Glick — University of Waterloo Leon V. Kochian — Cornell University Jason P. Wallace — University of Georgia Maria C. Gelli — University of Florida Adam J. Boggs — University of California, Davis James V. Anderson — USDA-ARS Bruce Bugbee — Utah State University

Dr. Russell Sharp explains how to choose and use microbial biostimulants for hydroponics, focusing on production/expiry dates, manufacturer credibility, and the trade-offs between liquid and powder formulations. He recommends trusted suppliers (Legume Technology, Omex/Biomex, Symbiom, Koppert's Trianum P), suggests starting with Bacillus blends and Trichoderma, and advises using seaweed extracts, humic acids and mild fertilizers to feed, not kill, microbes. https://eutrema.co.uk/shop/fertiliser/liquid-gold-unique-complete-fertiliser/ Ben Lugtenberg — Leiden University Jos M. Raaijmakers — Netherlands Institute of Ecology (NIOO-KNAW) Corné M. J. Pieterse — Utrecht University Paola Bonfante — University of Turin Ian R. Sanders — University of Lausanne Toby Kiers — Vrije Universiteit Amsterdam Uta Paszkowski — University of Cambridge Marcel G. A. van der Heijden — Agroscope Jan Jansa — Agroscope Marc-André Selosse — Muséum national d’Histoire naturelle (Paris) Francis Martin — INRAE (France) Jonathan D. Leake — University of Sheffield David J. Read — University of Sheffield Katie J. Field — University of Sheffield David Johnson — University of Aberdeen Mark Brundrett — University of Western Australia Sally E. Smith — University of Adelaide Suzanne Simard — University of British Columbia Nancy C. Johnson — Northern Arizona University Matthias C. Rillig — Freie Universität Berlin Katharine A. Horton — University of Canterbury Michael J. Ryan — University of Sydney Caroline P. P. N. “Caro” Veresoglou — Freie Universität Berlin Tim Daniell — The James Hutton Institute David E. Crowley — University of California, Riverside Egbert Schwartz — University of Arizona Sharon L. Doty — University of Washington Fitri A. Widiastuti — Bogor Agricultural University Bernard R. Glick — University of Waterloo Everlon C. Rigobelo — São Paulo State University (UNESP) Harsh P. Bais — University of Delaware Indranil Mukherjee — Indian Agricultural Research Institute (IARI) Dilfuza Egamberdieva — Leibniz Institute of Vegetable and Ornamental Crops (IGZ) Naveen K. Arora — Babasaheb Bhimrao Ambedkar University Rainer Borriss — Humboldt University of Berlin Blanca B. Landa — Institute for Sustainable Agriculture (CSIC, Spain) Philippe Lemanceau — INRAE Christophe Prigent-Combaret — Université Claude Bernard Lyon 1 Sonia Compant — AIT Austrian Institute of Technology Kornelia Smalla — Julius Kühn-Institut Angela Sessitsch — AIT Austrian Institute of Technology Gustavo Santoyo — Universidad Michoacana de San Nicolás de Hidalgo Roberto Kolter — Harvard Medical School Jeffrey L. Dangl — University of North Carolina at Chapel Hill Paul Schulze-Lefert — Max Planck Institute for Plant Breeding Research Marcel Dicke — Wageningen University & Research Wietse de Boer — Netherlands Institute of Ecology (NIOO-KNAW) Linda Thomashow — USDA-ARS (Pullman) David M. Weller — USDA-ARS (Pullman) Cheryl B. Anderton — Washington State University Gary E. Harman — Cornell University Matteo Lorito — University of Naples Federico II Sheridan L. Woo — University of Naples Federico II Christian P. Kubicek — TU Wien (Vienna University of Technology) Irina S. Druzhinina — TU Wien (Vienna University of Technology) Enrique Monte — University of Salamanca Charles M. Kenerley — Texas A&M University Sam E. Gryzenhout — University of the Free State László Kredics — University of Szeged Gábor Szakács — Budapest University of Technology and Economics B. A. Horwitz — Weizmann Institute of Science Alfredo Herrera-Estrella — LANGEBIO (CINVESTAV, Mexico) Alfredo Herrera-Estrella (Plant–microbe) — Irapuato Unit, CINVESTAV Antonietta “Tetta” Vinale — University of Naples Federico II Massimo Zaccardelli — CREA (Italy) Francesco S. “F.” Camera — University of Padua Antonio Di Pietro — University of Córdoba Fernando C. “F.” López-Bucio — Universidad Michoacana de San Nicolás de Hidalgo Pedro A. H. M. Bakker — Utrecht University Jasper F. van der Putten — Netherlands Institute of Ecology (NIOO-KNAW) Giles E. D. Oldroyd — University of Cambridge Maria J. Harrison — Boyce Thompson Institute Jean-Michel Ané — University of Wisconsin–Madison Carla M. “C.” R. Carvalho — University of São Paulo Paola Angelini — University of Perugia Andrea Genre — University of Turin Guillaume Béguiristain — INRAE Marc-Henri Lebrun — INRAE José M. “J.” Alvarez — University of Granada Paola Grenni — Water Research Institute (CNR, Italy) Anissa Poleatewich — Mycorrhizal Applications (Plant Health Care) Martin Trépanier — Premier Tech Maya Dayan — DYNOMYCO Moran Topf — DYNOMYCO Inge Hanssen — DCM (Group De Ceuster) Rob Cannings — Plant Health Care Pam Marrone — Marrone Bio Innovations Mark A. Sadowsky — University of Minnesota James M. Tiedje — Michigan State University Jo Handelsman — University of Wisconsin–Madison Patrick A. H. M. Bakker — Utrecht University Brajesh K. Singh — Western Sydney University Umer Chaudhry — CSIRO Agriculture and Food Rana Munns — CSIRO Agriculture and Food Michael R. McNear Jr. — University of Delaware Louise E. Egerton-Warburton — California State University, San Bernardino Thomas R. Horton — SUNY College of Environmental Science and Forestry Katharine A. “K.” Treseder — University of California, Irvine John D. Bever — University of Kansas Gregory P. Cheatham — University of Georgia

Dr. Russell Sharp explores research showing that squashes, pumpkins and other cucurbits can absorb persistent hydrophobic pollutants (PCBs, dioxin-like compounds, organochlorine pesticides and furans) because a specific plant protein binds these chemicals and transports them into the fruit. The episode covers the health and food-safety implications, the potential to breed low-accumulating varieties or use phytoremediation, and why growing these crops hydroponically is a safer alternative to avoid soil-borne, long-lasting pesticides. https://eutrema.co.uk/shop/fertiliser/liquid-gold-unique-complete-fertiliser/ Todd C. Wehner — North Carolina State University Warren Barham Henderson — North Carolina State University Sam Jenkins — North Carolina State University Chris Hernandez — University of New Hampshire A. F. Yeager — University of New Hampshire Elwyn Meader — University of New Hampshire J. Brent Loy — University of New Hampshire Cecilia E. McGregor — University of Georgia Pamela D. Roberts — University of Florida Rebecca Grumet — Michigan State University Zhangjun Fei — Boyce Thompson Institute Yiqun Weng — USDA-ARS Vegetable Crops Research Unit (Madison, WI) Jim Myers — Oregon State University Chuck Bornt — Cornell Cooperative Extension Margaret Tuttle McGrath — Cornell University Michael Mazourek — Cornell University Jocelyn (Joss) Rose — Cornell University Neil Mattson — Cornell University Alan G. Taylor — Cornell University Elizabeth Maynard — Purdue University Rosie Lerner — Purdue University Katie Parker — University of Illinois Extension Bruce Bugbee — Utah State University Mark Brand — University of Connecticut Gerald Berkowitz — University of Connecticut Vance Whitaker — University of Florida Craig Schluttenhofer — Central State University Dan Putnam — University of California, Davis Brad Hanson — University of California, Davis Rebecca Sideman — University of New Hampshire Louise Russell — The James Hutton Institute David Simpson — NIAB EMR Howard Griffiths — University of Cambridge Tracy Lawson — University of Essex Erik H. Murchie — University of Nottingham Malcolm Hawkesford — Rothamsted Research Yiguo Hong — University of Worcester Owen Atkin — Australian National University Susanne von Caemmerer — Australian National University Graham Farquhar — Australian National University Rana Munns — CSIRO Robert D. Furbank — CSIRO Noel Cogan — Agriculture Victoria Research German Spangenberg — Agriculture Victoria Research Simone Rochfort — Agriculture Victoria Research Mathew A. Gilliham — University of Adelaide Peter Langridge — University of Adelaide Ute Roessner — University of Melbourne Mark Lefsrud — McGill University Adam Dale — University of Guelph Rowan F. Sage — University of Toronto Andrew Jamieson — Agriculture and Agri-Food Canada (Kentville) Hugh Daubeny — Agriculture and Agri-Food Canada (Summerland) Kim Lewers — USDA-ARS James Luby — University of Minnesota John R. Clark — University of Arkansas Patrick Conner — University of Georgia David Suchoff — North Carolina State University Jason Griffin — Kansas State University Zelalem Mersha — Virginia State University