The Emergence of Agriculture is the most effective step towards civilization. However the agriculture or farming was merely dependent on human’s physical strength till the industrial revolution. The industrial influence in agriculture not just created a significant impact on reducing human effort but on the economic structure of agriculture also. The technologies like tractors and chop cutters freed farmers from sweaty work, and are very popular around every corner of the world. The every agricultural innovation provided a major boost to the sectorial economy likewise. Thus, the emergence of technology is always laudable in agriculture. The 21st century is core innovative period for agricultural as the farming became precisely technical and, the different enriching farming techniques are adopted globally. Some of the new technologies are ready to seed up in agriculture and will soon hold its impact on farming techniques consequently.
Remote Sensing
Remote sensing is a technology where one can acquire information about objet without infiltrating. The farmer can identify his farming area and monitor on it, using his smartphone. Individual can detect nutrient deficiency, map of soil and can even have assessments regarding crop condition and draught management. The technology is also benevolent to loan lenders. For e.g. the insurance companies can adjudge its loan policies considering the digitized data.
Silicon Soil Saviour Drones
The most important aspect for any farmer is the soil. The overuse of nitrogenous agrichemicals tends to soil damage and lesser productivity. Hence, environmental solution is decisive. The drone technology can be utilized to discern the soil power. As the healthy vegetables reflect more infrared lights and the soil graved vegetable shows a red band, the drones can detect such obvious change reveal the consequent problem. One of the French agricultural technology company applied drone surveys, in collaborating land, and actively found 627 lands were oilseed rape. The farmers were using nitrogen fertilizers extensively and that resulted in soil damage. The survey saved around $115 per hectare per year.
Genetic Engineering
Genetic engineering is an essential technique that challenges an organism’s genetic material. The technique has a multitude benefits, it can identify the product maturation, developments in yields and drought tolerance. The GE even nourishes connecting sectors like drug production, chemical uses and fertilizer improvements. The farmers often prefer typographic crops like corn, rice, wheat and sugarcane that steams to lesser work and higher profits. The GE can be accommodative in commercially advantageous production of different crops. The abounding technology can be extremely advantageous in modern times. However, it also has some epidemiological flaws, for e.g. overuse of genetically made herbicide-tolerant crops increased herbicides, thus, the ideal proportional use of agricultural generics is essential.
Animal Tracking Collars
The wearable device fitness and health tracker has been applauded worldwide. When the gadget was made another significant device was also innovated, the tracking monitor collar for cow. It has made a reliable change in agriculture. The collar monitor determines fertility of cow by tracking her activities. It calculates average activities and describes health condition. The inflammatory condition mastitis can generate bacteria in cow milk; such change in health can be very costly for dairy industry. The Thermal imaging cameras on collar can spot inflamed udders. Hence, the innovation emerges as important acquisition which is also obtainable in every livestock breed.
Agricultural Robotics
The automation is capable to provide agriculture, a fast paced transformation. The use of robots in agriculture can be eminent as all the agricultural obligations like planting, reaping and grain processing can be performed distinctively. The robots can function in farms and percolate according to the climate changes. However use of robots is a costlier option for small farmers thus, the robotics is inevitable in agriculture if it materialized in economic way.
Vertical Cultivation
The increasing population demands a more land to build households, hence, providing a land for cultivation is absurd. Many developed countries, like America, Canada and Russia are experiencing subsequent problems. The vertical cultivation is inevitable solution that accustoms in farming near residence. The agricultural technique steams to individual efforts of growing crops. In Japan, this advanced technique of farming has been used predominantly; around1250 citizens of single city choose the option of vertical cultivation. The individuals, grown crops in their rooms, by yielding artificial lights. Some of the well-known global companies are also supporting the initiative, The Philips Lighting, has developed 12000 crop heads in company premises by utilizing horticultural light technology. The technological advancement is very effective as one can produce various types of herbs under climate controlled environment. The Fuji Farm company from Japan as well, has cultivated 20,000 square foot land vertically and grown five different varieties of a lettuce, in short period of 14 months. This influential technique accounts for energy, water and land saviour and even provides economic, freshly grown food to laccolites.
The Agricultural development often supports the idea of better civilization. However, the land and food absenteeism with respect to human demands is clueing about further ecological apocalypse. The technological upsurge in agriculture can offset such obstacles. Thence, more encouragements and investments in agricultural technology are expedient.
