How to Create, Improve, and Sustain Trust in Your Workplace
In a cleared business where truth and trust are paramount, there remains an elusiveness around the ability to complicity trust all.
Source: news.clearancejobs.com
In a cleared business where truth and trust are paramount, there remains an elusiveness around the ability to complicity trust all.
Source: news.clearancejobs.com
Education Scotland is delighted to announce the winners of the Learning for Sustainability Awards. The awards – held in partnership with the Daily Record – recognise the amazing achievements of Scotland’s people and the settings, schools and communities that have demonstrated passion and commitment to building a socially-just, sustainable and equitable world. The COP26 Summit beginning next week provides a unique opportunity to recognise and celebrate innovation in the Scottish education system and our commitment to Learning for Sustainability (LfS). Within Scotland’s curriculum, LfS is recognised as an entitlement for all learners and a recent international PISA study showed that our learners are world-leading global citizens.
Noida-based Attero Recycling has been tackling the problem of mounting electronic waste as consumers discard their electronic gadgets and electrical appliances once their lifespan is over. The startup extracts important elements and compounds from these discarded products that can be used in various industrial applications, using its proprietary technology while trying to minimise the negative impact on the health of the waste collectors in this largely unorganised sector.
Nestlé plans to invest as much as CHF 2 billion ($2.07 billion) to boost new sustainable packaging solutions and create a stronger market for food-grade recycled plastics.
Nature has a way of keeping balance and timber is one of its finest balancing tools. Growing trees absorb CO2. One cubic metre of living wood absorbs almost one tonne of CO2! The trees then break it down through photosynthesis and release oxygen into the atmosphere while storing the carbon in their wood for the life of tree.
If the wood is put to use after the tree has long died, the carbon remains stored in the timber, preventing it from being released into our atmosphere. It is only when timber begins to rot that the carbon is finally released. It is in this way that we can slow down the carbon release through prolonging the life of the timber as building materials, flooring and other wooded products.
Innovation is quickly and inevitably changing the way we think and provide infrastructure services. In many sectors, technology is disrupting processes and market structures. The ability to harness solar power at home has the potential to turn consumers of electricity into providers, or “prosumers”. Solar-powered self-driving vehicles are blurring the boundaries between the energy and the transport sectors and is likely to significantly impact citizen mobility in the near future. In the water sector, however, despite the application of many of these new technologies, there are divergent views about the extent to which they have the potential to disrupt the sector.
Marymount Manhattan College (MMC) Biology Professor Matt Lundquist, Ph.D. and alums Madison Weisend ’20 and Hope Kenmore ’20 recently co-published a research paper in the peer-reviewed journal Urban Forestry & Urban Greening. The paper “Insect biodiversity in urban tree pit habitats” was the culmination of a faculty-student collaborative project examining the biodiversity of insects within street tree pit habitats in Manhattan.