Showing results for: agriculture soil Articles
-
Controlling Nitrogen with Clinoptilolite
With skyrocketing prices on the fertilizer market, and record high contamination levels in runoff from soil leaching, solutions for fixing nutrients in the root zone are of paramount importance. The price of nitrogen fertilizer is always in flux, but as of recently there is a distinct and obvious spike. Fertilizer prices are on the rise. Meanwhile the broad use of fertilizer in agriculture has ...
-
Activity and ecological implications of maize‐expressed transgenic endo‐1,4‐β‐D‐glucanase in agricultural soils
Plant expression of thermostable endoglucanase (E1) [pdb:1ECE] has been proposed for improved conversion of lignocellulose to ethanol for fuel production. Residues of E1‐expressing maize may effect ecological services (e.g., C mineralization and biogeochemical cycling) on soils where they occur. Therefore, the activity of residual E1 was investigated using soils amended with bacterial and ...
-
Impact of fly–ash–amended soil on growth and yield of crop plants
Fly Ash (FA), a waste product of thermal power stations, has great potential for use in agriculture, because it contains almost all macro as well as micronutrients. In view of the potential disposal problem of FA, this investigation was carried out to search an economical and eco–friendly solution of its disposal by using it as nutrient source in agriculture for growth of crop plants. FA ...
-
The Potential of Biochar as an Organic Fertilizer
Biochar, a carbon-rich material produced through the pyrolysis of biomass, has garnered increasing attention for its potential as an organic fertilizer. In this article, we will delve into the myriad benefits and applications of biochar in agricultural practices, highlighting its role in soil health, nutrient retention, and environmental sustainability. Introduction to Biochar Biochar is a stable ...
-
How to use organic fertilizer equipment to improve soil environment
Soil fertility has a great impact on crop yield and economic benefits. Soil fertility has declined and harvest has decreased, resulting in agricultural losses. Huaqiang equipment factory provides a complete set of professional organic fertilizer production equipment to help improve the agricultural soil environment. Three main reasons for the decline of soil fertility 1. The local land ...
-
Cattail plants’ Biomass as a bulking agent in sewage Sludge composting and the effect of the produced Compost on cattail plants’ Growth
In every Greek island there is at least one town with more than 20,000 inhabitants. Several smaller towns and villages range from a few hundreds to a few thousands in population. Usually in the larger towns there are sewage treatment facilities providing at least secondary treatment of wastewater. In most cases the effluent produced is drained to the sea and the sludge is dumped in landfills. In ...
By ORBIT e.V.
-
The Role of Soil NPK Sensors
Agriculture is a crucial sector that provides food for the world's population. As the population continues to grow, the demand for food also increases. To meet this demand, farmers must produce more food with fewer resources. One of the ways to achieve this is by optimizing crop nutrition and maximizing yield. Soil NPK sensors have emerged as a useful tool for farmers to achieve these goals. Soil ...
-
The Role of Soil NPK Sensors
Agriculture is a crucial sector that provides food for the world's population. As the population continues to grow, the demand for food also increases. To meet this demand, farmers must produce more food with fewer resources. One of the ways to achieve this is by optimizing crop nutrition and maximizing yield. Soil NPK sensors have emerged as a useful tool for farmers to achieve these goals. Soil ...
-
Salinization/sodification of soil and physiological dynamics of sunflower irrigated with saline–sodic water amending by potassium and farm yard manure
Sunflower (Helianthus annuus L.) plants were grown with saline–sodic water (SSW) by treating with potassium (K @ 100 and 200 mg K2O kg−1 soil) and farm yard manure (FYM @ 5 and 10% of soil, w/w). Irrigation with untreated SSW caused soil salinization/sodification, leading to an increase in electrical conductivity (EC) of 165% and sodium adsorption ratio (SAR) 100% with the subsequent increase ...
-
Farm Dam Liners for Dam Lining Project in Kenya
Farm dam liners have the advantages of small permeability coefficient, large elongation, good environmental protection benefits (compared to concrete and clay materials anti-seepage), lightweight and softness, easy construction, strong regional adaptability, high factory production quality assurance rate, and more convenient operation and maintenance. In the field of anti-seepage, Farm dam liners ...
-
NPK compound fertilizer production line manufacturers talk about sulfur use methods
NPK compound fertilizer production line manufacturers often use sulfur to reduce soil pH value and improve saline alkali soil in agriculture. However, the use of sulfur as nutrient fertilizer in agricultural production has not attracted people's attention until recently. Sulfur is an inert, insoluble yellow crystalline solid. Commercially, it can be stored in the open air, and it remains ...
-
OCP Kenya School Laboratories (OSL Project) - Case Study
The success of the OCP Kenya-OCP School Lab (OSL) project stems from a comprehensive approach to addressing agricultural challenges in Kenya. A review of various surveys on the state of agriculture revealed a connection between low crop yields, reduced incomes, and soil fertility constraints, particularly soil acidity. Additionally, a lack of awareness about soil health and fertility ...
By SOILCARES
-
Benefits of minimum tillage case study
In Hungary, the MARGINS project is being conducted near Lake Balaton - the largest lake in Central Europe. The lake is renowned for its beauty and wildlife. Its surrounding hilly landscape is covered with rich brown forest soil. This landscape is, however, prone to soil erosion -in particular, rills develop when soil is weakened by excessive tillage and exposed to intense rainstorms. If not ...
By Syngenta
-
Case Study: Maximizing Yield and Soil Health with Decisive Farming - The Story of Brad McDougald’s Farm
Brad McDougald’s 2,500-acre farm in Drumheller, Alta., experienced a challenging season with a dry spell leading to reduced yields. Yet, through strategic soil health management and the adoption of high-tech solutions from Decisive Farming by TELUS Agriculture, McDougald’s farm outperformed expectations, cementing his commitment to innovative farming practices for sustainable future ...
-
Regenerative agriculture and climate change
The term “regenerative agriculture” is gaining prominence in climate-related conversations. It dates back to the 1980s when Robert Rodale coined the term, “regenerative organic agriculture” as way to express that organic should be more than simply avoiding chemical inputs. The term has been defined and re-defined by many different authors, sometimes describing very ...
-
Organic Matter: Key for sustainable agriculture
The growth in human population has had an important impact on soil and the services and resources it can provide. The consequences of human activities on soil resources resulted in the loss of biodiversity, accelerated erosion, desertification, compaction, nutrient depletion, and loss of soil organic matter (SOM), which is primarily made up of carbon (58%). Considerable losses of soil carbon ...
By SOILCARES
-
Case Study: Advancing Soil Health and Sustainability at Kunz Farm with Decisive Farming
Kunz Farm in Beiseker, Alta., is a multifaceted operation focused on a sustainable future. With Pat Kunz at the helm, alongside his family, the farm has embraced soil health as the foundation for long-term success in their wheat, canola, barley, and pea rotation, as well as their cow-calf and feedlot ...
-
Soil compaction, an underestimated problem
Soil compaction is becoming a major issue worldwide. Not only in the Netherlands but globally the soil is deteriorating very badly. Soil compaction is a form of soil degradation, in which the soil structure is lost because the soil is compressed. This global problem is still underestimated and causes problems for agriculture, nature, and climate. Furthermore, soil compaction leads to loss of ...
-
What is conservation agriculture?
With a lot of noise currently surrounding sustainability in British agriculture, there are many conflicting viewpoints on the best approach farmers should take to care for their environment. In this blog, we discuss conservation agriculture, and how by looking after your soil, you’re looking after your bottom line. We explore how it can benefit farmers to increase yields and lower crop ...
By Sumo UK Ltd
-
The Role of Wood Charcoal Making Machines in Agricultural Production
Wood charcoal making machines, with their remarkable ability to transform wood into charcoal, hold a crucial place in the realm of agricultural production. Beyond the conventional understanding of charcoal's role in grilling and heating, these machines play a pivotal role in enhancing agricultural practices and sustainability. In this article, we explore the multifaceted role of wood charcoal ...
Need help finding the right suppliers? Try XPRT Sourcing. Let the XPRTs do the work for you