New research highlights that potential to use forest materials as bioenergy to reduce greenhouse gas (GHG) emissions from fossil fuel use must be balanced against the role played by forest stocks as carbon storage facilities.

Researchers have identified a possible way of reducing the survival rate of the pine processionary moth, a destructive pine forest pest. Including patches of broadleaf trees in pine woodland could trick the caterpillars into pupating in soil that is unsuitable for their survival.

An innovative reforestation technique has been used successfully to restore patches of forest in an area of Sardinia where traditional reforestation methods have previously failed. It was the first time the technique, known as the Miyawaki method, has been used to restore forests in a Mediterranean region.

The only way to establish a long-lasting and effective strategy for forest management is through collaboration between ‘conventional’ scientists and local experts, according to new research.

The increased density of forests has been responsible for substantially increasing sequestered carbon in Europe and North America over the past 20 years, according to a recent study. The researchers suggest that managing forests for increased density offers one means of increasing carbon stocks.

Inhaling smoke from forest, grass and peat fires causes about 340,000 premature deaths worldwide every year, according to new research. Reducing the number and extent of human-induced landscape fires could significantly improve air quality, mitigate climate change and reduce the rate of biodiversity loss, say scientists.

Adapting to climate change is essential to the sustainable management of forestry but it needs to be grounded in current scientific knowledge. A recent US study has brought together scientific experts and forestry managers to ascertain some general adaptation strategies for the future.

A recent study confirms that some European ash trees are more genetically-resistant to the devastating ash dieback disease. These individuals could therefore be selected for gene conservation and/or start a breeding programme to save the European ash.

The impact of climate change on the distribution of tree species is likely to have economic implications for the timber industry. A new study has estimated that climate-induced shifts in range could reduce the value of European forest land for the timber industry by between 14 and 50% by 2100. At the higher end of this estimate, this could equate to a potential loss of several hundred billions of euros.

Woodlands in the grounds of old manor houses or castles can provide high quality habitat for numerous forest species, a recent study from Estonia concludes. The researchers found that, compared to nearby forests, old rural park woodlands appeared to be better at supporting biodiversity.

Forests may need to be converted to more drought-tolerant mixtures of tree species to prevent significant die-off under climate change, predicts a new study which modelled German forests. The researchers indicate that climate change is likely to lead to significant forest damage, which could be reduced through adaptive management.

The impacts of drought on European trees are of high concern, especially under a changing climate. New research has indicated that, if summers become continually drier, sensitive species, such as larch and spruce, will suffer reduced growth in some Alpine areas. This could potentially compromise ecosystem services provided by forests in these areas.

forest deadwood boosts key ecosystem services, new research suggests. By calculating the value of these services, the researchers were able to show that increasing the amount of deadwood in rivers and streams in a Basque Country reservoir basin was economically profitable and that returns on investment could be realised within 20 years.

Using open-access software and power saving technologies, researchers have developed an easily deployed, low-cost network for monitoring large areas of the Amazon rainforest. This Peruvian study shows that environmental information, such as soil moisture and rates of photosynthesis, can be recorded and uploaded to the internet without having to make repeated visits to remote areas.

A reforestation project has revitalised its surroundings just 80 years after its inception. In the late 1920s, the Saldaña badlands in northern Spain were a barren region, with a thin layer of intensely weathered soil, and only 5% vegetation cover. Now that cover has increased dramatically to 87%, the soil quality is improving, and the water flow in the area has stabilised, bringing greater environmental security to the local community.

Understanding the social context of Swedish forestry is key to understanding how the sector could be persuaded to move beyond ‘business-as-usual’ practices, to prepare for future climate risks, argues a new study. Using an approach that provides insights for future behavioural change more widely, the researchers explore the influences on forest managers’ behaviour, and highlight certification schemes as one important driver of actions which make forests better adapted to climate change. Knowledge on climate change risks and actions in itself is not enough to change behaviour, the study finds. For many environmentalists it may seem ‘logical’ for forestry to adapt now to future climate change: it epitomises an industry where actions taken today will determine long-term development, given that trees will not be harvested until 70–90 years after planting. However, the sector has taken limited actions to adapt, despite an abundance of available information on the impacts of climate change — such as storms, drought and changes in insect population.

Fire frequency is changing globally, yet it is unclear how such changes affect soil carbon and nitrogen storage, and, in turn, impact on ecosystem productivity. A study was conducted to evaluate how increased fire frequency drives changes in soil carbon and nitrogen over multiple decades. Data from 48 sites that have experienced altered fire frequency were analysed, spanning up to 65 years. The meta-analysis found that frequently burned sites experienced a significant decline in surface soil carbon and nitrogen over time — on average having 36% less carbon and 38% less nitrogen, after 64 years, than sites that were protected from fire. The researchers also observed comparable changes in an independent field dataset and in dynamic model simulations of global vegetation. The results indicate that future changes in fire frequency may lead to long-term changes in the amount of carbon and nitrogen stored in soils, especially in savanna grasslands and broadleaf forests. This has implications for the global carbon cycle and for ecosystem productivity and should, therefore, be considered in the design and implementation of relevant policy instruments.

Tracing products through the supply chain is a key feature for all businesses and industries; this is currently possible via automated identification systems that link a product to a database to track its progress, and through information-tracing (‘infotracing’) systems that keep accessible records of this progress. A study now introduces blockchain technology as a way to electronically trace timber as it travels from the forest to final product, using an infotracing system based on open source and Radio Frequency Identification (RFID) technology that retains records in a secure, decentralised, distributed ledger.

A study of two forest ecosystems in Spain has found that land-cover maps of watersheds, ecosystems hosting key interactions between vegetation, wildlife, and water, are made more accurate by the inclusion of LiDAR data — a type of remote sensing that pulses laser light at a target to measure vertical distances for use in 3D-mapping an environment. This has important implications for ecosystem monitoring, flood mitigation, and forest management, fields in which accurately characterising an environment is key.

Forest root systems increase soil strength and stability, thus protecting mountainous regions against gravitational natural hazards, such as landslides. However, tree roots are affected by factors such as soil properties, climate and disturbances, such as timber-harvesting or wildfire — and, as a result, a forest’s stabilising effect can vary greatly. This study of fire-disturbed beech forests explores how this effect changes over time. The results reveal that forests which have suffered moderate and severe wildfires completely lose their protective function within 15 years, placing those regions at high risk of landslide for up to 50 years after the fires.

Last year my organization fell victim to a trans- national export invoice fraud. Since 99 percent of our sales come from exports, the cyber fraud dealt a big blow to our organization. We have a customer in South East Asia and my organization had business dealings with this customer for over five years.

I did not bad mouth my predecessor. However, I never attempted to defend him or any of his actions. I fixed them!

It is better to put forward our views and deal with the multitude of possible outcomes than to ponder what if we had spoken.

A CIO talks about the need to make judicious technology spends in the good times.

Trefil, James, 1938- author

Gaul, Gilbert M., author

Wenz, John, author

Can citizen science help to drive environmental policy? What is its added value? Our short interview with Tom Wakeford (Reader in Public Science and Citizen Engagement at Coventry University, UK) examines some of the issues and a possible future for citizen science in environmental policy in Europe.

To keep Europe’s ecosystems healthy, we need to protect biodiversity. How can the ecosystem service approach help? And how can we capture people’s more deeply held values beyond mere money? Watch the video produced by Science for Environment Policy about the different tools in the ecosystem services toolbox.

Synthetic biology may propose solutions to some of the greatest environmental challenges, such as climate change and scarcity of clean water. However, the introduction of novel, synthetic organisms may also pose a high risk for natural ecosystems. Check out our infographics on some of the history and science behind synthetic biology.

A recent analysis of the barriers to eco-innovation has indicated that uncertainty about future market demand for innovation holds back commercialisation of eco-innovations. Policy could solve this problem cost-effectively by helping communicate future market needs to innovators, which could bring together public and private purchasers to indicate future demand.

Vulnerability to climate change is likely to rise faster in the least developed countries over the next two decades than it will do in the three decades after 2030, according to a new study. Researchers suggest that this signifies an imminent need for greater international financial assistance.

A new study has clarified the concept of the popular phrase 'energy security'. It suggests that measurements of energy security for a country or area should be multi-dimensional and include figures that represent fuel prices, the diversity of the energy market and political stability.

A new study has examined how recent policy developments, such as the EU Habitats and Water Framework Directives, have resulted in wider and more integrated management of river estuaries, using the Severn Estuary in the UK as a case study.

Locally managed carbon budgets for housing and transport could be highly effective in reducing greenhouse gas (GHG) emissions, according to researchers. They have suggested a policy framework with standardised methods to monitor city carbon budgets with local flexibility for remaining within these budgets.

Research has investigated whether the strictness of environmental legislation in different countries influences where industries choose to be located in Europe. Some evidence of the 'pollution haven' effect was found, but other factors determining industry location were often more influential.

Recycling waste products between companies in industrial recycling networks can bring environmental and competitive benefits. A recent study on whether such networks can be used to advance sustainable development more broadly suggests companies first need a clear, shared network identity before other types of sustainability-oriented cooperation can take place.

Environmental regulation that is developed voluntarily within a company, for example through eco-management schemes, is more likely to lead to a competitive advantage than compulsory regulation, according to new research. The study of 208 Spanish companies suggests that command-and-control legislation tends to be perceived as a threat.

Third party certification (TPC) uses independent auditors to ensure certain environmental standards are met. New research in Indonesia has indicated that TPC is not an objective process and is based on Western values and beliefs. It may need to incorporate different cultural practices and forms of knowledge to be globally effective.

Controlling energy demand instead of supply could help solve the problems of variability associated with wind power, according to new research. In the case of Portugal, it was estimated that measures to reduce electricity demand could reduce the peak consumption by 17.4 per cent in 2020.