Sunday, 19 July 2020

Area under cultivation doubled in covid era

1 The area under cultivation of different crops in india has gone up doubled from 15.45 million hectares to 31.56 million hectares as above.

2 Further, as per the Food Corporation of India report dated 28.06.2020, FCI currently has 266.29 LMT rice and 550.31 LMT wheat. Hence, a total of 816.60 LMT food grain stock is available (excluding the ongoing purchase of wheat and paddy, which have not yet reached the godown).

3 About 55 LMT food grains is required for a month under NFSA and other welfare schemes.

4 Food grain Procurement:
As on 28.06.2020, total 388.34 LMT wheat (RMS 2020-21) and 745.66 LMT rice (KMS 2019-20) were procured.

The latest ‘All India Crop Situation’ report of the Agriculture Ministry shows a massive increase in planted acreage for various kharif season crops as of June 26, compared with the same time last year.

Crops such as cotton, oilseeds, maize and pulses have shown a remarkable increase in planted area for this time of the year. The planting acreage data, the current year’s numbers appear exceptional and, in some sense, too good to be true.

To be sure, we have had a combination of fortuitous circumstances, including the India Meteorological Department’s forecast of a normal south-west monsoon, timely onset of monsoon over Kerala and its rapid progress so as to cover the whole country two weeks ahead of normal time.

Additionally, the reservoir position has been satisfactory. It is possible, due to reverse migration following the national lockdown announced on March 25, that labour availability in rural India is comfortable, which has accelerated sowing. Cyclones Amphan in the east coast followed by Nisarga in the west coast, too, contributed to soil moisture.



Tuesday, 14 July 2020

Food and environment sustainability

Nature can neither be ignored, nor outsmarted. Producing food that is both healthy and sustainable demands that we work with–not against–nature.

With farmers having abandoned numerous local plant varieties in favour of genetically-uniform, high yielding ones, 60 per cent of dietary energy is now derived from just three cereal crops: rice, maize and wheat. Consequently, nearly one in three people suffer from some form of malnutrition.  

The situation is expected to worsen due to climate change.

Food is not only a matter of eating. Long before it reaches grocery store shelves, the process of production unleashes a multiplicity of factors affecting the length and quality of life on earth. Forests are cleared to create agricultural space, the atmosphere becomes warmer, diversity is systematically decreased,  buffers that protect humans from animal-borne viruses–like COVID-19–are removed, soil and water is contaminated, and plants and animals are infused with substances with precarious effect.

Many of the practices that were adopted to produce more food have resulted in environmental and health issues. Intensified farming has set into motion a vicious circle, affecting both immediate and long-term food security: expanding agricultural production demands clearing of trees and wildlife; deforestation contributes to climate change; and climate change increases the occurrence of flooding, drought and storms that result in food insecurity.

Pesticides and fertilizers used to boost food production are another concern. Not only do they pollute land and water, causing biodiversity loss; every year, 25 million people suffer from acute pesticide poisoning. Glyphosate–the most widely-used herbicide, worldwide–is associated with non-Hodgkin lymphoma and other cancers. 

Nature is essential to agriculture and nutrition.

Nature can neither be ignored, nor outsmarted. Producing food that is both healthy and sustainable demands that we work with–not against–nature.

With farmers having abandoned numerous local plant varieties in favour of genetically-uniform, high yielding ones, 60 per cent of dietary energy is now derived from just three cereal crops: rice, maize and wheat. Consequently, nearly one in three people suffer from some form of malnutrition.  

The situation is expected to worsen due to climate change. 
By recognizing the practical value of nature, a holistic food-system produces simultaneous net gains for the environment, public health and the economy.

Reducing CO2 could positively impact the nutritional value of the food produced–a significant health benefit, given that the vast majority of the world’s population gets most of its nutrition from plants. It could also reduce the risk of extreme weather events, which can lower crop yields. This is particularly important to small scale farmers and is not resilient to economic shocks.  In this way, protecting nature also protects livelihoods and economies.

Restoring biodiversity means strengthening the resilience of food systems, enabling farmers to diversify production and cope with pests, diseases and climate change. It would also reduce the risk of  viruses spillover and their tremendous economic impact, like the one we are currently experiencing.

Adopting plant-based diets would use less land, produce less greenhouse gas, and require less water. It would also play an important role in reducing chronic illnesses such as heart disease, stroke, diabetes and cancer and the associated costs of treatment and lost income. In fact, with a global burden of chronic disease projected to hit 56 per cent by 2050, dietary health will play an increasingly important role in economic management.

We need to consider the entire food system–from production to consumption–understand each of its components, their relationships, and their immediate and long-term impacts.

Agriculture should be recognized as a solution to biodiversity loss, climate change and pollution; and shift toward more regenerative or agroecological models that contribute to healthy landscapes and ecosystems.

Policies should be built on multi-stakeholder collaboration and address the food system holistically, valuing natural capital, promoting sustainable land use, preventing pollution and environmental degradation, and enabling producers the financial opportunity to innovate more sustainable models.

Behaviour change among consumers is also critical, towards healthy and sustainable diets and food waste preventing practices, through education, awareness-raising, strengthened urban-rural linkages and supportive food environments.

Environmental sustainability is not a luxury. It does not occur as an afterthought or as a happy accident. It is critical to human survival, now more than ever,as the current covid 19 endemic is one of the outcome.

Regards,
DR N K ARORA

Sunday, 7 June 2020

Warehouse management through modern technologies.

Earlier, the warehouse was merely a building where goods would be stored, and it did not have any direct interaction with the customer. Today after the advent of e-commerce,and tougher competition, there has been a drastic transformation in the role of warehousing. It has emerged as a dynamic mechanism playing a crucial role in the order-fulfillment industry. Its entire focus has shifted from just storage to improving customer service through a warehouse management system.

The customer is the King! The warehouse industry now has to comply with all the latest management systems and tactics to keep their customers happy and improving customer service. Even though a customer will never be face to face with a fulfillment center, if he is disgruntled, it could spell doom for both the company and the service provider.

Nowadays, with warehouses are as vast as 100000 square feet, it becomes essential that all the employees stay connected at all times. Many employers are now equipping their employees with smartphones to streamline communications and improving customer service.

However, many recommend the use of radios. Two-way radios offer a quicker and much direct connection to their employees. They’re also more durable, which is vital in heavy-duty warehouse work.

Wearable GPS devices can be worn on the hip or the wrist. They help the user locate warehouse employees’ on-demand, which allows managers and supervisors to properly delegate tasks based on an employee’s proximity to areas or departments in need of help.

Keeping track of inventory on cloud-based software is the best solution for auditing stock and communicating data between two departments. It can help prevent severe backlogging and shortages.

I have available with me a very extraordinary software system known as IBWMS,which is a fully automated,smart and hyper efficient warehouse created with IOT.A complete knowledge is available on real-time data analytics with active event monitoring,and picking and packing through mobile interface with the help of beacons.

Warehouse management system, IBWMS, offers a plethora of tools to collect and analyze all of the warehouse information to see what is working up to mark and what is not. They can give the statistics on  products or individual employees to place things in the most optimal position and speed up the process in fastest manner.

Picking efficiency can be attained by deploying the right picking methodology coupled with the correct technology. The use of wearable and mobile technology can expedite the process by enabling pickers to move across the warehouse freely. At the same time, Radio Frequency Identifiers (RFID) tells them with precision the location of the goods. 

The requirement of demand forecasting has been a crucial topic of discussion in the supply chain context, there are three types of forecasting, through algorithms, which are:

Demand forecasting

This elucidates the investigation of the companies’ demand for an item to include current and future demand and product end-use.

Supply forecasting

It describes a collection of data about the producers and suppliers at present, along with technological and political trends that might disrupt supply.

Price forecast

This is the information gathered and analyzed about demand and supply. It provides a concise prediction of short- and long-term prices, trends, and its underlying reasons.

Besides,communication is paramount if the process must place an order from a customer. To avoid miscommunication and reduce expenses, it is highly recommended to offer customers an online portal or a platform through which inventory is seen, select the items they want to ship, and submit the order for processing.

Once the customer places the order, the system will produce a picking list or a loading guide with the items that the customer has selected. It is also recommended that the system provide individual fields for customers to enter detailed instruction if needed, e.g., for re-packaging instructions.
These all magical achievements are possible now through blockchain technology and IBWMS,and all these IOT and AI are available at a very reasonable costs.