🌱 Ever wondered how long it takes for grass to grow after you have applied a hydromulch application? 🤔 Revegetating your site can seem like a daunting task, but understanding the timeline can make it much easier. Here’s a simple breakdown of each stage in the grass-growing process: 1️⃣ **Preparation (1-2 weeks)**: Before spraying, it’s crucial to prepare the soil. This includes clearing debris, testing soil health, and aerating the soil with batter chains. A little prep goes a long way. 2️⃣ **Applying Hydromulch (Day 0)**: Once your soil is ready, it’s time to spray the application. Choose a day with mild weather for an even coverage. After spraying, avoid walking or driving over the area for best results. 3️⃣ **Germination (7-14 days)**: Patience is key. After spraying, it typically takes about 7 to 14 days for the seeds to germinate. Standard Applications will require maintenance watering but our Light Compost Blankets can rely solely on rainfall outside drought conditions. 4️⃣ **Initial Growth (4-8 weeks)**: You’ll start to see a healthy cover of annuals and perennial strike. At this stage, you will need to continue watering regularly if you are using a standard application. If you need to mow the grass avoid cutting it too short. No less than 100 mm high to avoid damaging the developing perennial grasses. 5️⃣ **Annuals Die Off (2-3 months)**: The temporary annual grasses will start to yellow and die off, making way for the long-term perennial grasses. Do not worry, this is perfectly normal. 6️⃣ **Long-Term Growth (12-18 months)**: Your perennial grasses will be well-established and can maintain themselves with enough rainfall, sunlight and the right temperature. 🌟 Each stage is crucial for ensuring a healthy, vibrant grass cover. So, whether you’re starting from scratch or reviving an existing site, remember that good things take time. Have questions about grass types or care tips? Drop them in the comments or send us an email. #GrassGrowth #Revegetation #SoilScience #Amelioration
Valley Hydramulch & Revegetation’s Post
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Hydroseeding – A Smarter, Greener Lawn "Did you know that hydroseeding is a popular choice for creating lush, green lawns without the higher cost of sod? 🌱 If you want a lawn that grows quickly and evenly, hydroseeding offers several advantages. It involves spraying a specialized mixture of grass seed, mulch, and fertilizer directly onto your soil, which means: The seeds stay moist and germinate faster. You get more uniform coverage, which leads to a thick, beautiful lawn. It’s ideal for large areas, providing a cost-effective solution. Hydroseeding is especially effective for homeowners who want healthy grass growth but don’t want to invest in rolls of sod. Interested in learning if this option is right for your property? Give HQ Landscaping a call today! #Hydroseeding #GreenerLawn #ConnecticutLandscaping"
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May beetle and May beetles: what plants are threatened and how to fight them May beetle larvae are most often found in sandy and sandy loam soils or compost heaps - how to deal with them. https://lnkd.in/exrYYea6
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Hydroseeding – A Smarter, Greener Lawn "Did you know that hydroseeding is a popular choice for creating lush, green lawns without the higher cost of sod? 🌱 If you want a lawn that grows quickly and evenly, hydroseeding offers several advantages. It involves spraying a specialized mixture of grass seed, mulch, and fertilizer directly onto your soil, which means: The seeds stay moist and germinate faster. You get more uniform coverage, which leads to a thick, beautiful lawn. It’s ideal for large areas, providing a cost-effective solution. Hydroseeding is especially effective for homeowners who want healthy grass growth but don’t want to invest in rolls of sod. Interested in learning if this option is right for your property? Give HQ Landscaping a call today! #Hydroseeding #GreenerLawn #ConnecticutLandscaping"
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May beetle and May beetles: what plants are threatened and how to fight them May beetle larvae are most often found in sandy and sandy loam soils or compost heaps - how to deal with them. https://lnkd.in/eu67FYzu
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🌱 Finally - Grass growth is picking up, and there's plenty to learn in this week's #ForageforKnowledge update on grazing management. Piers Badnell shares his insights, starting a promising shift in the grass growth 📈 🌬 With the chilly winds taking a back seat, we're seeing an increase in growth. The average grass growth has increased to 66 kg DM, up from 40 kg DM just two weeks back. However, behind the average there are variations, spanning from 9 to 87 kg DM. ☀ Though we're seeing improvement, growth rates still trail behind the 2017–2022 averages by 5–10 units. But here's some good news: BBC Weather forecasts warmer temperatures ahead, hinting at an impending growth spurt. ⏳ When it comes to #surplus management, patience is key. Farms struggling with #heavysoils must wait for the right ground conditions to avoid #soil damage. Even if it means resorting to baling instead of precision chopping, the wait is worthwhile! 🥛 🥩 Quality analyses paint an encouraging picture, with energy levels clocking in at 12.4 MJ ME last week. While crude #protein levels dipped slightly to 18.8%, it's not a cause for concern. In fact, #grazing on such grass could be advantageous, as evidenced by increased #milkyield in some cases. 🌱 With weather and ground conditions on the mend, it's prime time to maximise grass intake and consider cutting surplus #paddocks. Resetting the grazing platform now promises dividends down the line. 🔢 What about #silage stocks? Teagasc suggests 0.4 t DM per cow for spring-calving animals. Your reserves should align with your production system and risk tolerance. 🚜 As for damaged paddocks, minor interventions like aerating and #overseeding can work wonders. And when it comes to rolling, consider the soil conditions and workability carefully. ✏ For more grazing and grass management advice sign up to AHDB - Agriculture and Horticulture Development Board Forage for Knowledge Newsletter - https://lnkd.in/eQQZYr8H
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This week's #ForageforKnowledge newsletter take homes and grass management advice✨ 🌦 With the weather finally cooperating and no extreme conditions in sight, now is the perfect time to assess your #grazinginfrastructure. Reflect on what worked this #spring and identify areas for improvement. Could adding track spurs or addressing bottlenecks enhance your operations? 🔧 Infrastructure Improvements: Use this stable #summer to extend, repair or upgrade your grazing setup. Adapt to changing climate patterns by mitigating potential weather impacts. 🌱 Grazing Management: Light land farms: Ensure one round of grass ahead. Heavier land farms: Aim for a couple of rounds. Maintain average cover at 2100 – 2350 kg DM/ha based on #stockingrate and demand. Adjust round length based on growth rate expectations. 💧 Water Supply: Ensure your system can handle increased water demand, especially post-afternoon milking. Adequate water is crucial for dry matter intake, production, and cow health. 🌿 Residual Management: Address poor residuals as the heading period ends. Use #silaging surplus, #premowing, #postmowing, or lower cover re-entry to manage #residuals. Target entry at 2800 kg DM/ha +/- 100 for optimal results. 📊 Budget Review: Assess how spring has impacted your budgets and plan measures to control expenses. Evaluate silage stocks in terms of quantity and quality for both milking and dry cow needs. 👀 ➡ https://lnkd.in/eQQZYr8H AHDB - Agriculture and Horticulture Development Board #Grassmanagement #Grazing #Silage #Forage #ukgrassgrowth
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Now is the ideal time for mulching. When properly installed, mulch helps retain soil moisture, suppresses weeds, and enhances the appearance of landscape beds. Some tips for mulching: - Choose Organic Mulches: Opt for materials like wood chips or shredded bark, which enrich the soil as they decompose and maintain a cooler root environment. - Combat Weeds: Apply a pre-emergent herbicide before mulching to further reduce weed growth. Mulch should be spread 2 to 3 inches thick to block sunlight from reaching weed seeds, preventing germination. - Ensure Proper Application: Avoid piling mulch directly against the base of any plants to prevent trapping moisture in the bark. This can cause stress and disease. Instead, taper the mulch away from the stems or trunks. - Maintain Coverage: Check and replenish mulch periodically to maintain a consistent 2–3 inch layer. This ensures ongoing moisture retention, temperature regulation, and weed suppression throughout the seasons. These tips will help you maximize the benefits of mulching, keeping your planting beds healthy and attractive throughout the summer. If you would like T.H.E. Landscape Professionals to manage the care of your property, reach out today.
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Agronomist and Agribusiness Enthusiast |Seedlings and Urban Gardening Specialist| Helping urban communities grow food for better nutrition & food security sustainably.
Soil Types, Textures, and Their Structures Soil is classified based on particle size and the proportion of sand, silt, and clay. Four Major Soil Types: 1. Sandy Soil: Gritty, drains quickly, low in nutrients. 2. Silty Soil: Smooth, retains water, but compacts easily. 3. Clayey Soil: Sticky, retains water, poor drainage. 4. Loamy Soil: Balanced mix, crumbles easily, ideal for plant growth. On the other hand soil structure is how particles form aggregates, aiding water retention, aeration, and root growth. There are some factors affecting soil structure like; - Texture - Climate - Organic matter - Plants and microorganisms The impact of soil types on plant growth are summarized below; - Sandy soil: Good for roots, prone to erosion. - Silty soil: Waterlogged, limits oxygen. - Clayey soil: Restricts roots. - Loamy soil: Ideal balance, best for growth. 👉 What type of soil do you have in your garden? Share below and let’s discuss how to make the most of it! #SoilHealth #GardeningTips #PlantGrowth #HealthySoil #SustainableFarming #SoilScience #OrganicFarming #Agriculture #GardenLovers #PlantCare
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Several #kiwifruit growers got affected by the floods and cyclone Gabrielle last year, from which they are still recovering. This was especially detrimental to orchards located on heavy, clay soils in the Hawkes Bay and Gisborne regions. Soil clay has a significantly higher surface area compared to other soil fractions which contributes to clay’s higher CEC (cation exchange capacity), decreased/slow drainage and swelling-when wet and cracking-when dry. These properties can also affect the bioavailability of nutrients to kiwifruit vines, and soil aeration and consequently, compaction. These hindrances made it especially hard for Gisborne orchards to return to normalcy. A ray of hope has been the vines on Bounty rootstock – where some vines have bounced back, but not all. It’s said – “Necessity is the mother of all inventions” – and Gisborne have literally taken innovation in their own hands. They are using aeration techniques such as ground hogging (20-30mm spikes roll into the soil surface), ripping (two 400mm forks ‘tear’ the soil in the middle of the rows), tiled drainage, compost/humates application and sowing hashtag #regenerative seeds focused on increasing soil organic matter. The most interesting technique is shown in the below video where a double-planted, highly vigorous, healthy, bounty grafted vine is being transplanted to another flood affected orchard to fill the ‘gaps’ in the orchard created by dead vines. This is ‘shooting two birds with one arrow’ – increasing the footprint and thereby reducing the vigour of the healthy orchard, while the affected orchard gains a ‘ready-to-go’ vine.
