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Thale cress: the unassuming weed that’s lighting up science

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At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment. At EPFL, the Swiss Plasma Center carried out a study on plasma treatment of seeds to see if this technique can replace pesticides and fungicides. A team bombarded crescents for a few tens of seconds, and analyzed what defense routes the plant put in place. According to the first results, it seems that plasma treatment could be a route of action applied in agriculture to protect plants against environmental stress or against predators, without releasing residues into the environment.