AgBlog

Thousands of years ago (right up until the present day) farmers irrigated their crops using the flooding or furrow method, watering their crops every two to three weeks.

150 years ago, irrigation evolved through the introduction of sprinklers, which made it possible for farmers to irrigate at intervals of one week or one and a half weeks.  Almost 60 years ago, Netafim™ developed drip irrigation and the interval between irrigations changed yet again.

In the realm of modern agriculture, the integration of technology has revolutionized traditional farming practices. Among the myriad advancements, automation stands out as a pivotal tool reshaping the landscape of agricultural production. At its core, automation embodies the application of technology to monitor and control processes and services, optimizing the interaction between humans and machines.

Application of water soluble, chloride free fertilizers via pressurised irrigation system creating nutrient medium at the root system.

Fertigation is a method of fertilizer application with the irrigation water by the drip system. In this system, fertilizer solution is distributed evenly in irrigation water. The availability of nutrients is very high therefore the efficiency is more. In this method, liquid fertiliser as well as water soluble fertilisers are used. By this method, fertilizer use efficiency is increased from 80 to 95 percent.

Precision agriculture farming and traditional agriculture farming are two different approaches to agriculture, each with its methodologies and results. Traditional farming represents conventional agriculture practices that farmers have been using for centuries, while precision farming leverages advanced technologies to increase productivity and efficiency in agriculture. In the past years, numerous technological advancements have been made in agriculture to improve crop production and increase the output of farmer efforts.

Are you passionate about sustainable gardening but find yourself constrained by budgetary concerns? You're certainly not alone. Many home gardeners struggle to balance their desire for environmentally friendly practices with the high costs associated with sustainable gardening materials.

In today's world, sourcing sustainable gardening materials often comes at a premium, making it difficult for enthusiasts to maintain their commitment to eco conscious practices without putting a strain on their finances.

Irrigation pipes play a decisive role in the efficiency and effectiveness of a drip irrigation system. Hence, you need reliable irrigation pipes that can sustainably support your irrigation endeavors. FlexNet™ is one such trustworthy drip irrigation product. It has resulted from Netafim’s extensive research, knowledge, and unfathomable understanding of Indian irrigation needs and landscape.

Drip irrigation is a technology that requires perfection in Hydraulic design, Agronomic knowledge, and overall experts in Precision Agriculture. Netafim an Orbia group of company is working for the last 58 years to serve the farming community to Grow More with less.
Drip Irrigation not only saves water, Fertilizer, Labour, and Fertilizer, Power but also increases the quality & yield of Crops. Drip irrigation can be said to be successful only when a Precision amount of Water & Fertilizer can be applied at the Root zoon of the crop.

In the Summer season, farmers face unique challenges in protecting their plants from various environmental stressors such as heat, drought, pests and diseases, weeds physical damage. 

Implementing effective crop strategies is crucial to ensure a successful harvest and maintain farm profitability.

In this post, we will explore some practical tips and techniques that farmers can employ to safeguard their crops during the hot summer months.

GrowSphere™ MAX - Enhancing Agriculture with Precision Irrigation & Fertigation

GrowSphere™ MAX is an intuitive and simple-to-use controller. It is designed to have the grower’s perspective of farming operations. The GrowSphere™ MAX regulates water and fertilizer delivery in a precision irrigation system. Managing local and remote devices such as pumps, main valves, field valves, and other hydraulic components, ensuring crops receive the optimal amount of water and nutrients at all times.

Key Features Defining Dripper Success in Irrigation Systems  

When technical dripper data is shared, we are confronted by terms that describe certain engineering features, namely K (A); X (B); KD; K (Turbulence coefficient), and Filtration area. These features determine how well a dripper does its job. Understanding them enables us to compare how different drippers do the same job.

Dripline selection is about making the right choice after considering the main aspects. These include crop spacing, crop type, land topography, crop duration, and soil type. Also, it is advisable to opt for quality products to get the most from your investment. Whether you have to choose between a thin wall drip system, a heavy wall drip system, a modern dripper, or a basic dripper, make sure to go with quality products. The market offers a wide array of options, each with its unique attributes and applications.

“Every drop of water is a breath of life for the earth”. In modern agriculture, the  efficiency of irrigation practices is a necessity more than convenience.

Flood irrigation, an ancient technique, relies on spreading water across fields, utilising gravity to distribute it evenly. This simple method has been the backbone of agricultural practices in numerous cultures. It remains relevant in areas where water is abundant and fields are conducive to this type of irrigation.