Wilting flowers might not signal poor flower or plant health, but rather the effects of a sophisticated resource management strategy in plants | Study found plants reuse resources from wilting flowers to support future reproduction.
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#PlantHealth #ResourceManagement #SustainableBotany #Ecology #FlowerReproduction
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#PlantHealth #ResourceManagement #SustainableBotany #Ecology #FlowerReproduction
Scimex
The reasons flowers wilt could explain how plants spend (and save) the
The reasons flowers wilt could explain how plants spend (and save) their energy
Wilting flowers might not signal poor flower or plant health, but rather the effects of a sophisticated reso
Wilting flowers might not signal poor flower or plant health, but rather the effects of a sophisticated reso
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Tomatoes sprayed with seafood shell extract, rich in chitin and chitosan, show improved drought tolerance, better chlorophyll levels, & water retention.
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#SustainableFarming #OrganicAgriculture #PlantHealth #ChitinBenefits #DroughtResistance
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#SustainableFarming #OrganicAgriculture #PlantHealth #ChitinBenefits #DroughtResistance
Nature
Alleviation of drought stress in tomato by foliar application of seafood waste extract
Scientific Reports - Alleviation of drought stress in tomato by foliar application of seafood waste extract
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Study suggests RNA present on surfaces of leaves may shape microbial communities: Finding suggests that the RNA present on the leaf surface may play a role in shaping the microbial communities that inhabit them, potentially influencing plant health and interactions within their environment
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#PlantHealth #MicrobialCommunities #RNAResearch #Ecology #LeafSurface
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#PlantHealth #MicrobialCommunities #RNAResearch #Ecology #LeafSurface
EurekAlert!
New study suggests RNA present on surfaces of leaves may shape microbial communities
Biologists at Indiana University Bloomington have shown that the surfaces of plant leaves are coated with a diverse array of RNA molecules. The finding suggests that the RNA present on the leaf surface may play a role in shaping the microbial communities…
Plants and Vegetables Can Breathe In Microplastics Through Their Leaves 🌱🧪 and It Is Already in the Food We Eat 🍽️ | Leaves absorb airborne microplastics, offering a new route into the food chain.
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#Microplastics #FoodChain #SustainableEating #EnvironmentalImpact #PlantHealth
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#Microplastics #FoodChain #SustainableEating #EnvironmentalImpact #PlantHealth
ZME Science
Plants and Vegetables Can Breathe In Microplastics Through Their Leaves and It Is Already in the Food We Eat
Leaves absorb airborne microplastics, offering a new route into the food chain.
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Spray-on armor for plants 🌱🛡️ offers a new tool for global food security 🌍🍽️. Research reveals a polymer functioning as a spray-on armor that helps plants fight destructive bacteria 🦠 while surviving drought ☀️💧.
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#SprayOnArmor #FoodSecurity #SustainableAgriculture #PlantHealth #DroughtResilience
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#SprayOnArmor #FoodSecurity #SustainableAgriculture #PlantHealth #DroughtResilience
New Atlas
Spray-on armor for plants offers a new tool for global food security
Because of industrial climate chaos, catastrophic economic inequality, war and displacement, there is, as the United Nations puts it succinctly, a global food crisis in 68 countries, with 318 million people facing acute hunger. Simultaneous famines in two…
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