A great article with factual evidence in favor of Peat use in Horticulture. Not that as an industry, we should not be researching and refining ways to help our customers be more efficient in their growing processes, sustainable where it makes sense, and profitable (yes profitable is very important too).
Market Segment Manager CEA & PhD Candidate, Horticultural Sciences
Great article James Altland! Like anything in life, nuance is important and #peat use and harvesting is no exception. It's critical to consider these details and recognize the importance of peat to the #horticulture industry, know that alternatives can only help us in increasing food and plant production (more tools in the tool belt have never been bad), and develop strategies to select #substrates that offer consistent supply to growers, at the right price, and with high performance.
Great article James Altland! Like anything in life, nuance is important and #peat use and harvesting is no exception. It's critical to consider these details and recognize the importance of peat to the #horticulture industry, know that alternatives can only help us in increasing food and plant production (more tools in the tool belt have never been bad), and develop strategies to select #substrates that offer consistent supply to growers, at the right price, and with high performance.
Sawdust becomes environmentally friendly fish feed
An EU-funded project is developing a process to turn such low-value by-products into raw materials for high-value products. Specifically, they will convert the carbon in forestry waste into biochar and a protein source for #fishfeed. This helps to avoid direct carbon emissions by utilizing the carbon to produce high-value and carbon-storing products.
The demand for alternative and more sustainable feed ingredients, such as proteins for the fish feed industry, is increasing. Today, fish feed is typically produced from soybeans, a process that not only requires a lot of energy and leads to significant CO2 emissions, but also results in considerable land use and water consumption. Another common source is wild fish protein, but this resource is highly limited without negatively affecting biodiversity.
The project represents an important step towards more sustainable and efficient protein production. By turning waste from the forestry industry into valuable products for the fish feed industry, we contribute to reducing CO2 emissions in both sectors, says a researcher at @SINTEF, Liang Wang.
The new bio-based process is developed in collaboration with eleven partners from Norway, Sweden, Denmark, and Germany, who are experts throughout the entire value chain.
SINTEF Energy and SINTEF Industry contribute their knowledge and expertise in developing innovative, sustainable processes. The consortium is led by WAI Environmental Solutions AS, a Norwegian technology company specializing in bio-based carbon materials.
https://lnkd.in/dWVrK3VJ#fishfarming#aquaculture#fermentation#fermentedfeed
How does our Moving Gutter System differ from other cultivation systems? It is a great question that takes root in our many years of experience.
In 1988 we were the first company to develop and sell a Moving Gutter System. A system that is still in operation to this date in Denmark. This exact reason is why we do not hesitate to offer a 10+ years warranty.
At Viemose DGS, we engineer our MGS individually, and thoroughly, to fit our individual customer’s requirements. With regards to size, level of automation, functionality, and integration in the greenhouse – the customer is King.
Furthermore, we stand by your side throughout the entire process. Our services include annual inspections and comprehensive consultations. In essence, we don't just set up a system and walk away; we ensure ongoing support. With our seasoned engineers at your disposal, you can rest assured that you won't have any worries.
Our system's longevity has been proven time and time again. Subsequently, we are proud to say that with the right maintenance, our MGS has a lifespan of 25+ years.
Additionally, we take great pride in announcing that our cultivation system boasts the highest ROI compared to any other system on the market. On average, our customers experience a return on their investment within 5 years, all thanks to our streamlined production approach.
We believe that our Moving Gutter System, when integrated with advanced technologies, will play a pivotal role in the evolution of sustainable and high-yield indoor farming practices. Please do not hesitate to reach out to us for further information at Steen Tharald Beyer and Søren Kristensen.
#verticalfarming#urbanagriculture#indoorfarming
[Cover Cropping: Shield Against Carbon] Cover cropping refers to the practice of planting specific crops to protect and enrich the soil during non-growing seasons. Carbon . . . https://lnkd.in/gZRQig3J
The aftermath of a wet winter/spring can pose unique challenges for farmers managing #grasslands. Excessive moisture can lead to soil compaction, affecting the health of grasses and limiting productivity. This article from AHDB - Agriculture and Horticulture Development Board, offers advice on optimising grassland health post-winter:
Read Here - https://lnkd.in/dQTP3szf
From assessing soil conditions to implementing sustainable practices like diversifying swards and minimising machinery use, this article provides a guide to mitigate soil compaction and enhance productivity.
Discover tips to promote #soilresilience, improve #waterinfiltration, and promote #ecosystem functionality on your farm 🌦 ☀ 🌱
The weed seedbank is a crucial component of agricultural and natural ecosystems, playing a significant role in shaping weed communities, agricultural productivity, and conservation practices. Understanding the dynamics of weed seedbanks is essential for effective weed management strategies and sustainable land-use practices. Indeed, assessing the status of the seedbank on a field-by-field basis may be the best metric for assessing future crop rotation or conservation plans.
https://lnkd.in/gAkXNuF8
"Horticultural peat is used to feed the world. For example, enough peat is harvested each year from a single acre of peatland to grow between 14 and 40 million vegetable seedlings (depending on plug size). Peat also reforests the world. The volume of peat harvested from a single acre each year can grow more than 3.3 million forest seedlings, which is enough to replant over 6,400 acres of forestland. The volume of peat harvested from a single acre each year can grow more than 56 million seedlings of petunias, impatiens, marigold, geranium, etc." Though our products aren’t used in horticulture, peat touches many parts of the agricultural systems that feed our world. Read to full article here: https://lnkd.in/gThxdcnt
Does grazing management impact on soil organic carbon? Yes, but the extent to which that carbon can be perturbed and/or retained in soils is determined by site-specific factors, including soil carbon stocks, seasonal climate variation and climatic extremes, other grazing (e.g. native wildlife), nutrition, soil type, and many other factors. We suggest that grazing management may yield better outcomes if focused on enhancing ground cover, ecosystems services (e.g. soil organic matter, biodiversity) and pasture productivity. More results, and broader discussion, are available in our review of the impacts of grazing management on soil carbon and livestock production below.
#grazing#livestockfarming#soilcarbon#carbon#netzero#netzerocarbon#beefcattle#dairy#sheep#biodiversity#grassland#pasturehttps://lnkd.in/gn6KeQiv
This chapter discusses urbanization, soil degradation, and inappropriate farming practices, highlighting their impact on soil, water, vegetation, food security, and efforts to meet Sustainable Development Goals (SDGs).
