Every day cities in Europe discard a useful nutrient-rich resource that could be used to grow crops. Ironically, we treat and process human wastes while we mine non-renewable phosphate and potassium and we consume fossil fuel to make nitrogen fertiliser.

The barely explored marine environment has already thrown-up a vast treasure-trove of high-value biomolecules .

Until now, we have had very little understanding of the extent of malnutrition in Europe, especially in populations at risk of poverty. Now, an EU-funded project called CHANCE , aims to address the dietary habits in people with inadequate nutrition.

In Europe, irrigated agriculture is the chief water consumer for food production. Yet water resources are in limited supply.  One way out of this problem is to take more care with the water we use , and reduce the estimated 60% water waste.

Ton Baltissen , researcher at Wageningen University and Research Centre , in the Netherlands, who works  in the Applied plant research (PPO) department, gives youris.

In commercial nurseries, many different plant species are cultivated in the same irrigation sector. This means that the dosage of water and nutrients is often excessive for some of the crops’ requirement, as the most water demanding species set the standards.

A solution is much needed to fight droughts and preserve crops. Researchers have now developed a device capable of checking the humidity in the soil, and releasing irrigation water as needed – just enough without wasting it .

For 700 million people in Africa and the Far-East, yams and cassava represent important crops for food security and as a source of income.

European forests are expected to supply us with woodchips, paper and timber but also harbour biodiversity and access for recreational activities.

Might it be possible to make better plants more quickly than we do today? And without the public objection that accompanies genetic manipulation? Climate change means that this is now an urgent question.

Many people in Europe are critical of genetically modified (GM) food, due to safety concerns. A Eurobarometer survey, published in 2010, revealed that the European public tends to be worried on a “mediate level” about GM food , with people in Austria being particularly concerned.

Scientist Peter Freeman is managing a project that is probing the clock and metabolism of plants, called TiMet . Partners to the project include star biologists in the Germany, Spain, Switzerland and the UK, all working to gain better insights into what make plants tick.

Climate change and socio-economic factors are interdependent . If agriculture intensifies in a particular region, that would have an impact on water sector, resulting from the irrigation use.

Algae are an interesting natural resource because they proliferate quickly. They are not impinging on food production. And they need nothing but sunlight and a bit of waste water to grow on.

Most of the animal proteins found in the meat industry waste have, until now, been underutilised. The challenge is to transform such waste into food of higher functionality and added value .

We know when something is valuable to our everyday lives. We do not need a price tag. This is precisely what the HighARCS project attempts to do:  to measure the socio-economic value of ecosystem services , but without counting in euros, renminbi or dollars.

Making food and drink production for more than 500 million people more eco-friendly is a key policy in Europe. About 99% of all agro-food companies in the European Union are small and medium size enterprises (SME).

Livestock produces a lot of waste. One solution is to turn such agricultural waste into biogas to generate energy .  It requires using so-called anaerobic digestion, which consists in breaking down biodegradable material in the absence of oxygen.

The European Commission, on 29 th April 2013, slapped a two-year ban on insecticides suspected of killing off bee colonies. This follows the European Food Safety Authority finding that they pose a high acute risk to honey bees.

The amount of nitrogen that is excreted by livestock is directly proportional to the amount it is fed . This is according to Chris Reynolds a researcher in nutritional physiology of ruminants  at  the University of Reading , UK.