Green-tech

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Steps For Planting Fruit Trees

In today’s blog we would like to share with you fruit tree planting steps to be followed.Let get started: Choose a suitable site Mark out the exact positions where the trees, canes or bushes are to be planted. Use a tape measure and some markers to help you measure planting distances and lay out the area. Prepare the soil at least a month in advance if possible, digging it over thoroughly to break it up. Dig a large hole (about a square metre in size), digging down until you come to a lighter layer of subsoil. Dig over the surface layer of subsoil lightly to help break it up a bit, working in a layer of garden compost. Making a slight mound at the bottom of the planting hole will help position bare-root trees better – giving them something to ‘sit on’. Cheap Website Traffic Remove any weeds or large stones. Bang in a sturdy supporting stake (if required), driving it in firmly so that it doesn’t move around. Bare-root tre

Tips You Can Use To Grow Fruits In You Orchard

Welcome to today's green-tech fruit growing section ,we will be giving you tips on how to grow fruit in your orchard. Select fruits and varieties which won’t need harvesting during the summer holidays (unless you can organise a community harvest day). With this in mind, make sure someone is available to water and care for the plants during school holidays . Start with easy plants like strawberries which don’t take a lot of room or maintenance and will give results quickly. Fruit trees can provide a permanent back-drop to a vegetable or flower area, where annual crops come and go. They can be used to divide borders and can be pruned and trained into very attractive shapes along permanent supports such as a post and wire framework or along fences, walls, trellises, archways and pagodas – all of which can look stunning in a school garden. Keep it small and simple to start off with. If you have a large area, it is easy to find a class-sized plot for childre

Why Is It Good To Grow Fruits Organically

Welcome to green -tech blog and toady we will be talking about ,the importance of growing fruits organically. Growing fruit organically, with minimal inputs and without artificial pesticides, fungicides or herbicides will ensure the food you grow is healthy, delicious and perfectly safe to eat – after all many fruits are picked and ‘popped into the mouth’ straight from the garden, often without washing first, so it’s good to know that there are no nasty chemicals involved. Fruit can have a reputation for being difficult to grow, but this tends to be the case where fruit trees, canes and bushes are grown on a large scale, or in close proximity to other fruits where pests and diseases can become troublesome. Growing a small amount of fruit in school grounds is less likely to attract the attention of pests and diseases. Information about reducing pests, diseases and weeds culturally is given priority in the following chapters. In any case, don’t be put off growing fruit – mo

Modern Agriculture And It Impacts

The agricultural sector has experienced diversive change over they hear .Let look how the modern agriculture has helped us. It makes use of hybrid seeds of selected and single crop variety, high-tech equipments and lots of energy subsidies in the form of fertilizers, pesticides and irrigation water. The food production has increased tremendously, evidenced by “green revolution”. However, it has also given rise to several problematic off-shoots as discussed below: High Yield Varieties(HYV) - The uses of HYVs encourage monoculture i.e., the same genotype (variety) is grown over vast areas. In case of an attack by some pathogen, there is total devastation of the crop by the disease due to exactly uniform conditions, which help in rapid spread of the disease. Fertilizer related problems: - Micronutrient imbalance: Most of the chemical fertilizers used in modern agriculture have nitrogen, phosphorus and potassium (N, P, K) which are essential macronutrients.

Gene Editing

Gene editing can sound like the stuff of sci-fi nightmares. Given the ability to selectively snip into the human genome, will we yield to the temptation to try to generate perfect little versions of ourselves? If we can dip into the genetic code, selectively editing for the traits we do or do not value, is that a Frankenstein scenario in the making? Probably not. “While scientists are focusing on an array of applications in the areas of health, agriculture and environment, fi ghting disease and improving health in humans is a top priority for many,” said Dr. Catherine Bliss, assistant professor in the University of California, San Francisco, Department of Social and Behavioral Sciences. As the name suggests, gene editing is the process whereby scientists “cut and paste strands of DNA — actually inserting, removing and replacing them — to modify an organism’s genetic code,” Bliss said. In a 2015 summit, scientists from around the globe agreed to channel their eff orts toward fighting di

4-D Printing And Self Assembly

The vi deo from MIT’s SelfAssembly Lab is not astonishing at fi rst glance. A string of plasticlooking material about a foot long is immersed in water. In seconds, the object seizes up, contracts and reshapes itself into a new confi guration. It may not look like much, but the implications are profound. The technology here is known generically as 4-D printing, or self-assembly. Unlike 3-D printing, which has become increasingly common, 4-D printing incorporates the added dimension of time, producing objects that possess the ability to evolve their properties under changing conditions. Researchers say it is akin to taking a simple fl at cloth and programming it to curve itself into complex threedimensional shapes. The transformation might be triggered by water, or by heat, light or electrical current. While it isn’t commercially available, lab tests have shown it is at least technically feasible. The process requires specialized materials, many of which are currently being investigated.