Regularly, we want to present you the startups that are part of the RootCamp program. In this interview series we introduce you to the founders, their innovative technology and how RootCamp has taken the startup to the next level. Get to know Contagra of RootCamp batch #2.

In their natural environment, plants are part of a rich ecosystem, including the most diverse and complex group ofmicroorganisms in the soil. It has been estimated that a typical gram of soil contains around 90–100 million bacteria and about 200 000 fungi, in addition to other organisms such as archaea, viruses and protozoa, with many of these organisms being located around the roots of the plants. The interactions between plants and soil microbes may be beneficial, harmful or neutral for the plants. However, beneficial soil microbes perform fundamental functions such as nitrogen-fixation, phosphorus solubilization, suppression of pests and pathogens, improvement of plant stress, and decomposition that leads to soil aggregation.

With the increase in the world's population, the demand for food, energy and water is rising as well. However, the resources available are finite and have a limited capacity to meet this growing demand. Globally, around 90 billion tonnes of primary resources are extracted and used each year, with less than 10% being recycled. In addition, agricultural and land-use changes account for around 31% of global greenhouse gas emissions, making the agricultural sector a major contributor to climate change.

Modern agriculture is in the process of a technological revolution. Influenced by the growing global demand of sustainable produced food, followed by the increasing costs and shortage of labour, and the regulatory pressure for the reduction of the use of agrochemicals, robotic technology is redefining quickly agricultural production.

Global challenges such as the growing world population (predicted to reach 9 billion by 2050), the increasing demand for food, and climate change are impacting the environment and putting pressure on agriculture. More food and fiber need to be produced by adopting more efficient and sustainable production practices, and by adapting them to the changing environmental conditions. To face these challenges, digital agriculture and agricultural decision-making systems have become very attractive.

Carbon farming is an agricultural method which aims to sequester atmospheric carbon into the soil as well as into roots, leaves and wood.  It is also known under the term “regenerative agriculture” and includes numerous agricultural methods. 

The development of agriculture has become one of the central issues in society. This is because food production is responsible for one third of annual greenhouse gas emissions and is therefore a key contributor to climate change. Conversely, agriculture suffers from extreme weather conditions and farmers' harvest and livelihoods become increasingly uncertain. 

The fact that one farmer can now feed about 130 people is the result of constant innovation within the last centuries. Just within the last 40 years the techniques of modern biotechnology were added. But how will AgBiotechnology shape the development of the agricultural sector in the future? Can AgBiotechnology help us to feed all the people on earth and at the same time enable an environmentally friendly way of working? Do we have to expect to reach the borders of the laws of physics?

These are questions that we will probably only be able to answer in retrospect many years from now, but one thing is already certain: AgBiotechnology offers many possibilities and startups have a great potential to build a disruptive business and contribute to a more sustainable agriculture.

Biotechnology in general means "any technological application that uses biological systems, living organisms, or derivatives thereof, to make or modify products or processes for specific use". 
For us at RootCamp, AgBiotechnology encompasses more specifically biological and chemical techniques used on-farm including inputs for crops and animal agriculture in general, genetics, microbiomes and breeding.

At RootCamps we catalyze the cooperation of industry and international early stage as well as established startups. To support that, we also aim to build a supportive network and ecosystem.

There are thousands of startup programs in a wide variety of fields. But there are very few for agtech startups. You probably heard about us on social media, somebody introduced you to us, or you ended up at RootCamp by chance. Either way, still need more information about us and our program? Still unsure if you should apply to RootCamp with your startup? Then I have written down 11 reasons why our accelerator program is the right one for you.

And don't forget: the next application deadline is 16th January 2023 and you can't miss it!

"Nothing changes if nothing changes". In order to be able to continue living on our earth, more must be done for the protection of the environment, nature and species.