30 01 2025 скачать в хорошем качестве

30 01 2025

Thirsty for Knowledge Thursday: Optimizing Temperature & Light for Maximum Cannabis Yields! Hot off the press! 🚀 This week, we’re breaking down a groundbreaking study that reveals the best temperature and light intensity combinations to maximize medical cannabis yields and cannabinoid production. Whether you’re a commercial grower, researcher, or industry professional, these insights can transform your cultivation strategy! 🔬 Key Study Findings: ✅ Higher temperatures (31°C/27°C) lowered cannabinoid yields, but terpenoid concentrations remained stable. ✅ CBD-dominant strains experienced a 30% drop in dry matter at high temps, while THC-dominant strains adapted better due to greater photosynthetic plasticity. ✅ Higher light intensity (up to 1200 µmol m⁻² s⁻¹) significantly boosted flower production. ✅ A 1% increase in Total Light Integral (TLI) led to a 0.95% boost in flower mass for THC strains and 0.7% for CBD strains. 💡 What This Means for Growers: 🌡 25°C is the ideal temperature for maximizing flower and cannabinoid yields. 💡 Higher light intensity (1200 µmol m⁻² s⁻¹) = bigger yields and better dry matter partitioning. -Strain genetics matter! Understanding how different varieties respond to environmental factors is key. 🔍 Want the full study & deeper breakdown? CRC members get exclusive access to the full publication and an in-depth discussion in the CRC Member Forum under Journals! Not a CRC member yet? Support cannabis research and gain access to deeper journal breakdowns by joining as an industry professional or bringing your company on board! www.cannabisrc.org to join today! 📖 Original Study Authors: Mexximiliaan M.S.F. Holweg, Thomas Curren, Aurora Cravino, Elias Kaiser, Iris F. Kappers, Ep Heuvelink, Leo F.M. Marcelis. Affiliations: Wageningen University, Netherlands & Seoul National University, South Korea. 📢 Subscribe for more evidence-based cannabis insights every Thursday! 👍 Like, comment, and share to help spread research-backed cultivation knowledge!