New research has investigated the many ways in which technological transfer occurs for wind power projects in developing countries. These range from trading with developed countries, to local innovation. In India and China, successful transfer was found to depend more on existing capabilities in these countries than international projects, such as the Clean Development Mechanism (CDM).

China does not export cars to Europe, yet it has adopted the Euro emissions standard for vehicles. A recent study argues this is because international standards can encourage foreign investors to share advanced technical knowledge with companies in developing and emerging economies – thus bringing a package of environmental and economic benefits. In China’s case, its car industry is now better prepared for future trade in a global market, thanks to this strategy.

Policies to promote low-carbon technologies are more likely to be successful if they are flexible, have clear timeframes, and are mandatory, a recent study suggests. The researchers reached their conclusions by studying cases of low-carbon policies from around the world.

Effective risk governance is important when developing new technologies. This study assessed the approaches to governance of nanotechnology in Europe, based on a comprehensive review of literature and practices, complemented by discussions with key stakeholders. The study provides a new analytical framework for exploring the strengths and weaknesses of governance strategies and makes recommendations specific to nanotechnology.

New research reveals how scientists can monitor water quality in European lakes using sensors mounted on satellites. The technique is a promising and cost-effective new tool to classify and monitor the ecological status of lakes more reliably under the Water Framework Directive (WFD).

The short point is that data protection is not just about Aadhaar.

Maritime ships, which transport around 90 percent of the world’s goods across the seas, generate about 3 percent of global carbon emissions.

For the recent IPL season, Roanuz partnered with various brands and offered their product to run IPL campaigns, key ones being Zomato, RCB, and Book My Show.

IBM, Microsoft, and Google are among the top companies that employ large numbers of data scientists, engineers, architects, and database administrators.

Since ‘virtual’ is the new normal, get imaginative on how you work, how you stay in touch and use technology to make this unique experience also a memorable on.

The company said it will utilise the capital to work with manufacturers to build IoT products for the consumer segment that can be plugged into its platform.

Thanks to the intervention of Cloud-based tech tools, professionals no longer need to visit their offices to engage in business transactions.

Going forward, cloud will play a major role in transformation at every firm.

The cloud giants have seen a drop-off in new contracts from big clients for server storage and to overhaul tech.

We have already crossed the AI Rubicon, and the future lies in the symbiosis of machine and human intelligence.

The flurry of transactions show the tycoon's ambitions to pivot Reliance Industries into an Indian technology titan are going into hyperdrive

DBS Bank is leveraging technology to reduce man hours, enhance the customer journey, automate processes and open new revenue streams.

India has tried its hands out in 4.0 technologies to pace up with the rapidly changing retail landscape. The use of AI, ML and data analytics has increased which are being used in functions like BOPIS, Click & Collect and Self-Kiosk.

In an interaction with ETCIO, Krishnan Venkateswaran, Chief Digital & Information Officer, Titan, explains how augmented intelligence and machine learning are being leveraged for innovating design & creativity in the company.

RBL Bank’s focus on machine learning is helping it create new revenue streams that has already led to the creation of its first tech-based product--API Banking.

Crayfish plague, spread by invasive North American crayfish, is currently devastating native European populations. However, while the disease is commonly diagnosed on the basis of diseased animals, free-living infective spores can contaminate water bodies. In the first study to test detection techniques for this disease in natural waterways, researchers found that invasive signal crayfish release low levels of plague spores, allowing it to spread undetected.

A survey of deepwater fisheries off the coast of Greenland which used traces of fish DNA has produced similar results to trawl surveys and fishing catches. The ‘environmental DNA’ (eDNA) technique can therefore complement trawl data, the researchers say. It may be particularly useful for surveying large species — which can often avoid bottom trawls — or cryptic species1 in inaccessible ocean areas.

The potential effects of nanotechnologies on health are considered in a report by the European Academies Science Advisory Council and European Commission Joint Research Center. The report makes recommendations to help scientists and policymakers coordinate their efforts in maximising the benefits – and minimising any negative health effects – of rapidly developing nanotechnologies, across a wide range of applications.

The Slovenian government treats nanotechnology as a national research priority, but the topic is virtually non-existent in the national mass media, according to new research. This lack of information for the public means it is difficult for them to make decisions about the safety of products, the study argues.

A technique that can detect the array of pesticides bees might be exposed to has been developed in Poland. The simplicity, speed and small sample sizes required for screening makes this technique an improvement over other methods, say the researchers behind its development.

Researchers have developed a technique to recover indium, an important raw material with limited supply, from liquid crystal display (LCD) screens. The method could contribute to a resource-efficient, circular economy.

A recent study has assessed the environmental impact of a group of technology-critical elements (TCEs) — niobium (Nb), tantalum (Ta), gallium (Ga), indium (In), germanium (Ge) and tellurium (Te) — that, to date, have been relatively under-researched. The researchers reviewed published concentrations of these elements in environmental archives and evaluated trends over time in surface waters. Overall, they found no evidence that the rising use of these elements in modern technologies is causing environmental concentrations to increase on a global level. These findings are relevant to future policy discussions regarding the source, usage and presence of less-studied TCEs, particularly in relation to critical raw metals.

The presence of organic pollutants in waste water and drinking water can have alarming environmental and public health implications. Current water treatment methods have limitations: they can only remove certain contaminants, to certain extents, and also produce harmful by-products. New and improved methods are required. A recent review paper presents radiation processing as a promising approach, providing strong evidence of its efficacy, efficiency, safety, and feasibility. Focusing particularly on the use of electron-beam processing for the removal of organic pollutants from waste water and drinking water, the researchers present a compelling picture, relevant to stakeholders involved in water treatment and management.

Currently laws and regulations governing nanotechnology are fragmented and do not take account of the unique properties of nanomaterials, the effect of which on humans and the environment are not yet fully understood, argue researchers in a new study. In the study, a network of European researchers propose a new universal regulatory framework that deals specifically with nanomaterials. The framework should help policymakers, organisations and researchers evaluate the risks of any existing materials and new nanomaterials entering the market. It should also help SMEs and large companies use safer products and processes, limit the potential adverse effects of nanomaterials on workers and consumers, reduce the cost of insurance and reduce the risk of governments having to pay out money in the future due to unforeseen accidents or diseases.

A new study has compared treatments to reduce odour from wastewater treatment plants, and has suggested that biotrickling filtration and activated sludge diffusion are the two most promising technologies. These appear to perform best on a combination of environmental, economic and social indicators.

Switching to the best available emission control technologies could eliminate 99% of particulate matter pollution 'hotspots', a new study suggests. The researchers reached this conclusion by expanding the local-scale capabilities of an existing computer model that estimates the effects of air pollution policies and control measures.

Several mitigation techniques can greatly reduce spray drift pollution from pesticide spraying in agricultural systems, shows a new study. Researchers tested the effectiveness of several strategies; results ranged from a 38% reduction in spray drift using low-drift equipment to a 98% reduction when hedgerows are present alongside fields.

Growing demand for biorenewable chemicals could lead to conflicts with food production and unwanted environmental impacts. Against this context, this study investigated different types of feedstock and conversion technologies. The authors recommend use of only non-edible feedstock alongside green and carbon neutral conversion technologies, such as algal fermentation.

Researchers have published a paper providing evidence that a ‘cooling-off effect’ can lead to increased public acceptance of new environmental technologies over time. The scientists analysed survey results from over 1 000 respondents in Germany, using solar radiation management (SRM), a controversial climate-engineering technique, as a test case. They found that, following a cooling-off period of either one month, 12 months, or 18 months, acceptance of SRM increased significantly — and that the longer the cooling-off period, the larger the increase. These findings have far-reaching implications, both for the deployment of SRM and for climate policymakers seeking to more accurately measure the public acceptability of novel interventions.

High-throughput ‘omics’ technologies, which allow exact and synchronised study of thousands of DNA, RNA, proteins and other molecules, are rapidly becoming more advanced and affordable. As these technologies develop, it is becoming quicker, easier and more affordable to generate unprecedented amounts of biological data, much of which could usefully inform environmental management. So far, however, the application of omics information in environmental management has failed to keep pace with the rapid development of omics-based research, meaning there is untapped potential. A recent study highlights the value of bringing omics information into environmental management and outlines practical ways in which omics can contribute to the risk assessment and management of chemicals.

Tesco, one of the world’s largest retailers, is using the BT Cloud Contact solution to give its UK customers an enhanced, more flexible and more responsive contact centre service.

Lease uploader and online signing tools round out digital suite of services like 3D Home Tours, unlimited applications for one low fee and rent payment portal to support online rental transaction

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NTU Singapore, the Singapore National Eye Centre (SNEC), and the Singapore Eye Research Institute (SERI) have launched a joint laboratory that will develop advanced eye imaging technologies and drug delivery systems....

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Scientists at NTU Singapore, MIT and Brown University have developed new approaches that significantly improve the accuracy of an important material testing technique by harnessing the power of machine learning....