The development of varied organic IOT farming in various parts of the state.

The worldwide inhabitants shall hit 9 billion marks through 2050. In farming, the IoT presentation should support such a huge number and make good use of land and other resources, as they are scarcely available in some areas. Unpredictable weather conditions impact crops because of global warming, and farmers face significant losses, and therefore IoT precision agriculture program should allow them to take proactive action to avoid this. Agricultural IoT services market is anticipated to reach at an advanced compound annual growth rate trendy the market growth. Workers comprise corporations that deliver ranch management software, computer processing, and agricultural business intelligence directly to tech companies or farmers. (Savaram, 2020)Elemental analysis help provide timely noises and warnings on agricultural activities to recover the growers’ ability to make decisions. Managed services providers are active in incidents and identifying field management software that often require the development of new software- and hardware-related concepts. Checks are made on the IOT devices or sensors to keep track on how it provides the intelligence to work and smart services for agriculture. It helps to explore the different type farming especially organic done in various places is being suggested in Ray’s article.

The Farmers’ traditional values and indigenous knowledge contribute to the diversity and sustainability of organic farming

Precision agricultural is a new traditional agricultural theory with IoT skill aimed at improving efficiency in the agricultural sector. Farmers can make good use of fertilisers and other tools by using smart farming to raise the feature and measure of their yields. Agriculturalists can’t be on the farm actually, around the clock. Growers might not have the expertise to use various tools to calculate the optimal conditions for their yields. IoT offers everyone through a mechanical service that can work devoid of any person intervention and could alert them of making the right decision to tackle the different issues they may experience during farming. It can spread then alert the grower even if the grower is not present on ground, it will enable the grower to accomplish more agricultural land and so increase the performance. Smart agricultural to hold the major portion in cultivation in the IoT souk throughout the prediction era. This increase in the business could be described to a growing reliance on enhancement agricultural production and efficiency. Intelligent agriculture is able to change the agricultural model for good, making traditional farming practices more competitive and predictable. Farmers can use numerous technologies and tools to gather livestock information in smart agriculture, that will aid them in making good options and improve their land and crop productivity.

Organic farming is improved Overtime, and socio-economic context changing.

More expensive technologies are available which can also automate the agricultural procedure, and then most growers do not use the system because of money problems. The development in socio economic changes has been rarely analyzed but it is important to do make some changes to have the better policies for more sustainability.  (Kong, et al., 2018) IoT applications for intelligent agribusiness too include plantation automobiles chasing, livestock tracking, inventory tracking, and other farming options. These sensors are widely used to determine electrical conductivity and corresponding electromagnetic response. They are capable of identifying and responding to the current electrical rate at a location (Jeba et al., 2018).

Intelligent agriculture, now trendy worldwide, can be widely used, showing that they aren’t limited to significant agricultural processes alone. Natural farming provides many benefits. But there are still some fundamental limitations: Chemical fertilizers and pesticides are highly difficult to use in organic farming. A well-formulated method will be introduced for farming on the basis of farmer’s perception on the use of organic products such as fertilizers, the social and economic features of the farmers (Elijah et al., 2018).

The organic farming sustainably prevalent in different part of state. If not, what are the likely steps to be taken to make Organic Farming more economically viable and more environmentally acceptable?

That is natural farming’s main weakness. When you plan to market your natural ingredients, you must receive the state’s early authorisation with the “Natural Green” certification. Compared to chemical fertilisers it would not offer higher crop yield. Kadam’s article describes how we can improve the quality and growth of crops with using the sensor to communicate with crops about their health and need. Particularly in comparison with the chemical fertilisers, soil should take time to recover its nutrient value from organic fertilisers. Plant fertilisers have no standardised nutrient content; compared to chemical fertiliser; depending on the material used it varies.

Gorli Ravi has thoroughly discussed the value of precision agriculture as well as what potential IoT functions will influence our potential. Navulur’s article proves the smart agriculture can be more environmentally acceptable which can make sure there is improvement in the growth with the help of IOT in the rural areas, this technology are the investments or assets to monitor the health of soil moisturisation and growth of crops which can help us to take the preventive measure for crop damages. It can be economically viable as it will reduce the spoilage and waste of crops as we will better monitoring ways, accurate data analysis and proper management of fields by controlling watering, electricity and proper fertilisation. This will analyse the operational data like weather services, advise from expert to give the proper insights and improving the decisions by using this “Smart Agriculture” is mentioned in the Patel’s article.