The pros of a healthy, farm-to-table system are many. Aside from healthier produce for consumers, it also ensures a healthy agriculture system, the soil, the livestock and a healthier work environment for all the hands at work within it.
In my previous post, I wrote about the potential of microbes to change the face of the agricultural industry. A critical player in the health of soil ecosystems, microbes are responsible for nitrogen fixation and phosphate solubilisation actions that nourish crops.
Our soil is one of the most prominent reasons that life is possible on this planet. By definition, soil is particulate surface material made up of various minerals as well as organic matter. Soil supports and nourishes plant and animal life by providing it with nutrients.
Before 12,000 BC, when a climate change event occurred, man was more of a hunter-gatherer. Farming was ‘invented’ in different places: in West Asia about 12,000 BC, in Africa about 10,000 BC, in South America and China about 8000 BC. From these places, agriculture spread to Europe, northern Europe, Sudan and Native Americans between 7000 BC and 1 AD.
Approximately 4 billion years ago, even before the era of gigantic reptiles, the first form of life appeared on Earth. A prokaryote – a unicellular organism that lacks a membrane-bound nucleus, mitochondria, or any other membrane-bound organelle.
While Swachh Bharat Abhiyan is a recognised media success, the absence of big-picture thinking is a serious threat to the success of the mission. And it will do nothing to solve the sanitation time bomb we are sitting on. We need to collectively explore sustainable solutions that address India’s sanitation challenges holistically without compromising our environment.
Development is always seen as being achieved at a cost. The price we pay for progress is usually a compromise with our environment. But it doesn’t have to be this way.
In 2009, a team of scientists from around the world came together to create what they called a Planetary Boundaries Framework. This framework identified nine processes that must be monitored to maintain life on earth.
The world’s population coupled with ceaseless population growth leaves mankind facing a big challenge to provide a sustainable living to the current and future generations.
Seeds provide nutrition and protection to the embryo. The growth and development of the plant as a whole depends upon the performance of the seed. The yield, performance of the plant and its resistance to undesirable parameters of the plant depends upon the emergence and the germination rate of the seed.