Latest Technology Trends in Flower Industry
What must first be concerned about, are the findings that we see with certainty where it is impossible to doubt the responsibility of man. The desertification of some areas due to deforestation, the depletion of agricultural land due to agriculture exclusively focused on productivity, soil pollution and air pollution linked to the toxic gas emissions...all these phenomena have a direct and immediate impact on our lives, resulting in a reduction of biodiversity, the triggering of certain infections or diseases to fauna and flora. The list is unfortunately not finished. The most affected industry is the flower sector. However, with the emergence of technology and innovation in the flower growing has largely contributed to the success of the industry. Floriculture requires excellent growing, maintenance and transportation.
The sector of the greenhouse crops is in flux. Competition is increasingly fierce, regulations and standards are becoming more stringent. Meanwhile, retailers and consumers are increasingly demanding regarding the quality of finished products. In this context, producers are required to adapt their farming and business practices continually by modernizing their production tools and focusing on increasing professionalism.
Modern technology has resulted in a dire need for adaptation based on a substantial policy research and development. Innovative crop solutions based on new technologies have been created. One of the latest examples of the innovation in the flower industry is the development of technology Next Generation, a patented technology that provides breads, cubes, or plugs, from a new wool fiber revolutionary rock. This technology offers tremendous benefits with a better rooting, and wider control area promotes both consistency and re-saturation, a better distribution of humidity and conductivity. In response to the expectations of flower farmers, the majority of flower growers have been able to develop a product that use the technology, Next Generation and promotes better control of irrigation. This product provides robust and uniform plants, capable of developing a robust and healthy root system in low-light conditions, or in situations of intense brightness. Producers are thus assured of maximum performance, quantity, and quality, and regardless of the seasonal conditions.
For the flower growers to remain on the competitive edge, they have developed instruments like the groWatch, which comes in the form of a box (hub) discrete design and collecting data from surrounding sensors. In short, the facility can manage up to ten sensors to measure ambient temperature, humidity, and brightness as well as administer a webcam. The case then restores the data that are available in real time on the computer via a web page dedicated and on tablet and smartphone through a particular application. Autonomous, the case has Wi-Fi and 3G connectivity simplifies installation in places without the Internet connection. This software advancement has ensured accurate data on demand, supply and profit margins are checked. Experts in the flower growing have found it suitable in helping to meet the biggest challenges of the sector: sustainable development, flower quality, and safety, biodiversity as well. Maya Flowers provides transparency with the costs associated with flower growing in different modern technologies.
With the help of technology, consumers can now order directly from the producer, consumers receive their flowers still fresh within a short period of time as if they were controlled through traditional channels. Every day, the producers offer their harvest day and update the information on their online shops. Naturally, all the flowers are grown using methods friendly to the environment! Aiming to be the best one-stop boutique for flowers internationally in the future, advanced technology &stiff competition in this industry has made it possible for flowers producers sale quality flowers every time.
A Senior specialists who is working for ArenaFlowers at Bangalore, India, in the heart of major environmental and flower growing engineers in floriculture have taken the initiative in different areas in training multidisciplinary to mobilize knowledge, integrating the issue of sustainable development in the fields of growing, weeding, harvesting, and technology.
Able to understand and manage complex systems and to model their operation and evolution, the flower growing has made certain steps in 5 main areas of activity, from the local to international, the gene to the consumer:
Creation, selection, conservation and control of plant material (seeds, fruits, flowers, vegetables)
Development, production, and product marketing, plant material-based concepts and services
Management, control, maintain the quality of these products in organized sectors
Organization, management, control structures (companies, public organizations) involved in the areas of flower production
Development of analytical frameworks and knowledge (scientific and technological innovations, background, stakes, players) for the design of future strategies for the channels.
Research conducted by scientists around the world seems increasing to converge on the fact that we live in a period of abrupt climate change directly related to the footprint of man on the environment. Flowers are largely influenced by climatic changes. Therefore. It is not a question of support or contradiction of this hypothesis. Despite the presence of edge-cutting technology, much has to be done to ensure the survival of floriculture. Therefore, let the scientists do the research as there is still more room for growth in the flower area.
