Social Media

iGEM Okinawa

@iGEMOkinawa

🏅 iGEM沖縄 ゴールドメダル受賞！ 2025年パリ開催の iGEM グランドジャンボリーで、沖縄のマンゴー農家を守るDNA害虫検出システムが評価され、ゴールドを獲得しました🥭 応援してくださった皆さま、ありがとうございました！ #iGEMOkinawa #iGEM2025 #沖縄 #AgriTech #学生チーム https://t.co/Q9NNtL8Ex5

iGEM Okinawa

@iGEMOkinawa

🏅 iGEM Okinawa Wins Gold! At the 2025 iGEM Grand Jamboree in Paris, our team earned a Gold Medal for developing a smart pest detection system using in-field DNA testing to protect Okinawan mango farms!🥭 Thank you for all your support! #iGEMOkinawa #iGEM2025 #Okinawa #AgriTech https://t.co/YH7C1k0Bqg

intercultural Development Agency (IDA)

@IDA_Uganda

“Planting Hope, Growing Change” #NutritionalFoodSecurity #FoodSovereignty #AgriTech #Africa #Grassroots #SustainableDevelopment #CommunitySupport https://t.co/mAmg5BUN9V

Food House

@Foodhouse237

🌾 FoodHouse is expanding beyond borders — building Africa’s digital food future. Fairness. Trust. Innovation. Sustainability. 💚 This is more than growth — it’s purpose in action. 🌍✨ 📲 https://t.co/v2aS69lOG5 #FoodHouse #AgriTech #AfricaRising https://t.co/ZCFWDmtDkB

Young Farmers in Nigeria

@yofinng

enhancing farmers’ productivity, and promoting agricultural innovation and resilience in the face of climate change. During the session, the National Coordinator of YoFiN, Abdulbasit, presented a memorandum advocating for the establishment of the Nigerian Youth in Agritech & https://t.co/MEmABnD9nU

CII EXCON

@CII_Excon

We’re delighted to welcome Mahadhan Agritech Limited (formerly Smartchem Technologies Ltd.) as an exhibitor at #EXCON2025! Experience their innovative fertilizer and chemical solutions contributing to sustainable agriculture and infrastructure. 📍 Stall No. J-400 | Hall No. 3 https://t.co/bCE4ys4Rsu

Earth Summit India

@Earth_Summit_IN

Startups in #AgriTech, #ClimateTech, #CleanEnergy & more — here’s your chance! Pitch to top VCs, angels & DFIs at Earth Summit 2025–26, a joint initiative by IAMAI and NABARD Submission Deadline: 15 November 2025 Apply now :https://t.co/Ndz9FY8RvJ @NABARDOnline @IAMAIForum https://t.co/9PBzfPLfrH

Aime Patrick Irakiza 🇷🇼

@AimePatrickIra1

No Farmer Needed ,Just Robotics. #SmartFarming #AgriTech https://t.co/hl5ZynraoW

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Bussiness Insights (TSR Research and Media Pvt Ltd)

Global Sugarcane Harvester Market Size, Share & Growth Report 2025-2035 TOC Sample- https://lnkd.in/du4UzsZp Detailed RD- https://lnkd.in/dvncqA3T Global Sugarcane Harvester Market Share (%) by Type, 2025 In 2025, the global sugarcane harvester market by type is led by multiple row harvesters, capturing the largest share due to their efficiency in large-scale operations. Single row harvesters remain relevant for smaller farms and specific applications, while whole stalk and chopper harvesters target diverse processing requirements. The market is progressively shifting towards high-capacity models as farms increase in size and technological sophistication. These changes reflect the growing preference for solutions capable of delivering high productivity and lower operational costs, especially for sugar mills and contract farming entities, which require fast and bulk harvesting. Global Sugarcane Harvester Market Share (%) by Applications, 2025 The application landscape in 2025 is dominated by sugar mills, accounting for nearly half of the market share, as large-scale mills prefer advanced mechanized harvesting to enhance throughput and quality. Contract farming follows, driven by rapidly consolidating land under organized farming partnerships. Landholder (individual) farming remains significant but lags due to smaller average field sizes and resource limitations. As industry requirements evolve, applications span beyond traditional harvesting to include R&D and seed cane harvesting, reflecting a market that is broadening to address varying needs from process efficiency to specialized crop management. Players- John Deere, Case IH (CNH Industrial), Tirth Agro Technology (Shaktiman), S. K. Engineers, New Holland Agriculture, Massey Ferguson, Kubota Corporation, Mahindra & Mahindra, Greaves Cotton Limited, Bharat Engineering Company, Ashok Leyland, Zoomlion, Foton Lovol, Samrat Agritech, Preet Group Sample Request- https://lnkd.in/dMVWgV7b

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imed khanfir

An excellent reminder of how central agrifood systems are to climate action. Strengthening land tenure security should be a key pillar of this effort — it empowers farmers and rural communities to invest in sustainable practices, protect ecosystems, and build long-term resilience. Without secure rights to land, progress on climate-smart agriculture and sustainable food systems remains fragile

Young Farmer

@young_farmer_sa

500 farmers. 1 powerful partnership 🌾 Khula! & Kagiso Trust are connecting tech, finance & markets to grow sustainable agribusinesses across SA. Register here: https://t.co/Pz8PE8SGtP #AgriTech #KagisoTrust #FarmersFirst https://t.co/eCHYZYUygo

Precision Field Academy

@precisionfield_

Learn drone mapping & crop health analytics in our Phyto-Mapping Masterclass. 50% OFF — ₦250,000 Offer ends Nov 15, 2025 📩 info@precisionfieldacademy.com 🌐 https://t.co/Gqkfn2i8hy #AgriTech #PrecisionFarming #DroneTraining #RemoteSensing #STEMNigeria https://t.co/S61gL825Mc

JBQ Africa

@AfricaJbq

Kenyan agritech startup Farm to Feed raises Sh194m growth capital https://t.co/2xmnFOlCEA

Mundoplast

@Mundoplast

Andaltec participa en la feria Expo AgriTech https://t.co/gzyf137sBn https://t.co/WZUoz940W8

Darshan patel

Observations on Algae-Induced Root Stress in Hydroponically Grown plant How Algae on Roots Affects the Entire Plant (Scientific Explanation in Simple Words) In a hydroponic system, if the nutrient solution or root zone is exposed to light, algae begin to grow. Algae only need three things to develop: light, water, and nutrients — all of which are present in hydroponics. That’s why algae formation is common when the root chamber is not completely light-proof. Once algae attach to the roots, it forms a thin coating over the root surface. This is where the real issue begins. Plant roots normally absorb oxygen and nutrients directly from the surrounding water. But when algae create a layer around the roots, they slow down this exchange. In scientific terms, this increases diffusion resistance — meaning the movement of nutrients and oxygen into root cells becomes restricted. Because of this, the plant’s root efficiency decreases. The roots are still present, but they are not functioning at full capacity. Now, algae do not move upward to the stem or leaves. The leaves are affected indirectly, through the stress created at the root level. When the roots cannot absorb enough oxygen and nutrients: Ø The plant’s internal nutrient balance gets disturbed Ø Photosynthesis efficiency starts reducing Ø Chlorophyll production slows down Ø The plant begins to show visible symptoms above the root zone This results in: Ø Pale or yellow leaves Ø Slow growth Ø Smaller foliage size Ø Weak stem development Ø Overall reduced plant Vigor So the root zone stress → leads to foliage stress. #Agriculture #Farming #AgriBusiness #AgriTech #SmartFarming #SustainableFarming #OrganicFarming #RegenerativeAgriculture #FarmersLife #GrowMore #Hydroponics #SoillessFarming #VerticalFarming #UrbanFarming #ControlledEnvironmentAgriculture #GrowYourGreens #HydroponicIndia #AgriInnovation #FutureOfFarming #ProudFarmer #FarmersSupport #JaiKisan #IndianFarmers #RuralDevelopment #KisanDiwas #AgriCommunity

Finger Lakes Forward

@FLXFWD

Cornell AgriTech opens Tech Farm II, doubling capacity for regional food and ag innovation ⁦@13WHAM⁩ https://t.co/12Fu80Nf2B