The emergence of new digital technologies, awareness of corporate social responsibility, and the greater need for innovation and problem-solving skills are becoming a de-facto part of the everyday management agenda. A key question to be answered in these turbulent times is, how is it possible for corporations to incorporate safety, security, and satisfaction of stakeholders in the design of their business models while they are struggling to achieve sustainability goals related to the environment and climate change? The chapters in Business Strategies and Ethical Challenges in the Digital Ecosystem act as a forum for examining current and future trends related to management and technological adoption. The research encourages academics and practitioners to use a multi-disciplinary approach to boldly bring together bodies of related knowledge to produce new insights exploring digital business strategy and industry 5.0, changing consumer behaviour, sustainability, marketing, ethics, data security and much more. The findings are relevant and useful for academics, researchers, policy makers and management executives. CPSIA choking or other US hazard warning - No California Proposition 65 hazard warning necessary

Enhance plant health & growth with Mycorrhizal Carbon. Discover sustainable gardening solutions at Roots Shoots & Fruits. Trusted by experts.

Agroecological techniques that mimic nature – the antithesis of GMOs and high-cost fertilizers – have made farmers in developing countries more resilient to extreme weather.

Innovations in Forestry Techniques: explore emerging technologies, delve into innovative approaches, dissect compelling case studies.

This book addresses mathematics in a wide variety of applications, ranging from problems in electronics, energy and the environment, to mechanics and mechatronics. Using the classification system defined in the EU Framework Programme for Research and Innovation H2020, several of the topics covered belong to the challenge climate action, environment,…

Enhanced weathering offers a promising pathway to mitigate climate change while improving soil health and agricultural productivity.

Crypto has the potential to be good for the environment by enabling new solutions and innovations for environmental problems. However, that depends on who you ask. → Sustainability Directory

Climeworks just launched the world’s first power plant that eliminates more CO2 than it produces.

Anthropogenic activity has clearly altered the N cycle contributing (among other factors) to climate change. This book aims to provide new biotechnological approach representing innovative strategies to solve specific problems related to the imbalance originating in the N cycle. Aspects such as new conceptions in agriculture, wastewater treatment, and greenhouse gas emissions are discussed in this book with a multidisciplinary vision. A team of international authors with wide experience have contributed up-to-date reviews, highlighting scientific principles and their environmental importance and integrating different biotechnological processes in environmental technology.

Breaking news, sport, TV, radio and a whole lot more. The BBC informs, educates and entertains - wherever you are, whatever your age.

Guest post by Andrea Vascellari. You can follow him on Twitter @vascellari and visit his website at www.andreavascellari.com. Today we still see a large number of organizations that keep struggling to align social media and new emerging communication technologies with the overall firm strategy. Organizations should adapt, look in the mirror and recognize that they need to change because the world has changed. They should embrace new strategic frameworks to avoid getting caught up in the digital hype that hit them...

Introduction The fast-paced evolution of technology has brought about unprecedented growth in the tech industry. However, this rapid expansion has also raised concerns about its environmental impact, particularly in terms of carbon emissions. As the world grapples with the urgent need to address climate change, the tech industry is exploring innovative solutions, with blockchain emerging […]

Launched by Mark Wakeford, Chair of the MCG, at the NFB’s Large Contractors Forum on 2 December, ‘Transforming Construction: Delivering a Low Carbon Future’

The 2030 Agenda for Sustainable Development sets out the United Nations 17 Global Goals. Travel & Tourism is involved in all! Read more

What are appropriate example topics for applied research? This question can be answered by first defining what the difference between basic and applied research. Basic research typically involves exploring and understanding what's already known in order to develop new knowledge. Applied research, on the other hand, focuses on solving real-world problems by developing new or

Activities for Earth Day. Challenge your students with these STEM engineering tasks. Can you create a usable bag that is NOT made from PLASTIC? Reduce your carbon footprint by inventing alternatives to plastic! Combining Science, Engineering and real world Problem Solving Includes a fact about plastic on the task card Grades 2 through to 6! Linked to NGSS and the Australian Curriculum * INCLUDED * - Challenge Cards (which also includes a variation to challenge students) - Suggested supplies list - Design Brief Student Template - Design Modifications Student Template - Test and Evaluate Student Template - Next Generation Science Standards Links - Australian Curriculum Links - Teacher Notes - STEM Question Starters for students reflection and discussion Printing: Challenge Task cards are A5 size. They can be printed 2 per page (if you select this option when printing) or they can be printed as full page by selecting 'fit to page' on your printer options ============================================================ For STEM Task Cards Renewable Energy– click here ============================================================ For STEM Task Cards AROUND the WORLD – click here Check out other activities here CURIOSITY and the HUNGRY MIND

Very Short Introductions: Brilliant, Sharp, Inspiring Social science is the study of human behaviour. It offers the tools to understand and explain people's choices and actions, and how they live together in communities. With insights from social science, organisations and individuals may be persuaded to change their behaviour, making a difference in addressing societal challenges, from climate change to fighting pandemics and alleviating poverty. Social science can offer us the answers to key questions, such as why do some people gamble, eat unhealthy foods, or hold racist beliefs? How do families allocate household tasks, raise children effectively, or manage grief? How do companies weigh profit against environment sustainability, decide to invest in innovation, or adopt policies to address unequal pay between women and men? Why do countries sign international treaties, commit human rights atrocities, or transition from authoritarianism to democracy? Taking an interdisciplinary approach, this Very Short Introduction offers an accessible overview of social science, explaining how methods and theory from different disciplines can be applied and combined to address major global challenges. It aims to equip students, scholars, and practitioners to analyse, interpret, and undertake social science research. Drawing upon inspiring examples, it shows how social scientists can have real-world impact and change the world for the better. It unpacks cutting-edge themes such as behavioural science, human data science, and the ways in which social science can work collaboratively with the natural sciences and humanities. It offers a vision for the future of social science that is interdisciplinary, inclusive, and impactful. ABOUT THE SERIES: The Very Short Introductions series from Oxford University Press contains hundreds of titles in almost every subject area. These pocket-sized books are the perfect way to get ahead in a new subject quickly. Our expert authors combine facts, analysis, perspective, new ideas, and enthusiasm to make interesting and challenging topics highly readable.

Earth Day's amazing but there's no need to limit being environmentally friendly to only one day. Here are 21 ways to make Earth Day every day!

One exciting idea that is getting a lot of attention is “Zero Liquid Discharge (ZLD)”. ZLD is a super innovative way to clean up wastewater.

A photo of a sickly and skinny polar bear in Svalbard, Norway has gone viral, as tragedy unfolds in the Arctic.

Imagine a Canada teeming with vibrant entrepreneurs, creating meaningful work, new innovations and building the economy of the future. Imagine leveraging our rich connections through our diaspora and sharing the very essence of what it is to be Canadian – caring – to the rest of the world. Imagine moving past a resource-based economy to one based on knowledge, creativity, sustainability and social responsibility. Imagine a policy environment that actually incentivizes the Canada that we want – the Canada of the 21st century, not the 19th.

Tips to Get a Greener Home One should really stop a moment to think about how one could improve one's living space. I have come upon some good tips

Apricot Farming in Greenhouse, Advantages, Challenges, and Best Practices, Soil and Nutrient Management and More

Join the Green Networking Revolution with DBC App! Experience sustainable networking and paperless connections for a brighter future. Get started now!

This Trilogy explains What is Horticulture?. Volume one of Horticulture: Plants for People and Places describes in considerable depth the science, management and technology which underpins the continuous production of fresh and processed horticultural produce. Firstly, there is a consideration of technological innovation derived from basic scientific…

AIM invites Australian science startups to join the RISE Accelerator, to provide circular economy solutions. Wondering how your startup can participate? Read Know This Article for insights into RISE, and the challenges it aims to address.

Take urgent action to combat climate change and its impacts

Innovating for the Earth: The Rise of Climate Tech Ventures Climate Tech Businesses within the climate tech industry are at the forefront of the battle against climate change through their innovative and technological approaches. By decreasing emissions and enhancing ecosystems, their work contributes to a world that is more sustainable. All of these initiatives to better the environment have as their ultimate aim the mitigation of climate change. A great many topics are discussed, including smart cities, sustainable agriculture, renewable energy, carbon capture and storage, and many more. After a revealing trip through climate tech firms, I now see how crucial it is to embrace these values for a sustainable future and how technology can bring about positive change. Fresh Perspectives on Alternative Power Sources A significant percentage of climate technology is devoted to studying, developing, and deploying renewable energy sources. In our quest to reduce our dependency on fossil fuels, the energy production, distribution, and consumption environment is being transformed by alternative energy sources. Renewable energy sources include things like the sun, wind, water, and the planet's intrinsic heat. The intermittency issues of renewable energy sources are diminishing due to advancements in thermal storage devices and battery technology, which makes them more affordable and dependable. Recycling and Making Use of Carbon Another promising new area of research is carbon capture, utilization, and storage (CCUS) technology, which could pave the way for the underground storage of carbon dioxide (CO2) or its transformation into useful commodities in the future. These advancements may mark a watershed moment in the fight to eradicate production-related emissions completely. Direct air capture, bioenergy capture (including CO₂), and new materials with improved CO₂ absorption capacities are all being studied in this area. Sustainable Agriculture and the Pursuit of a Safe Food Supply Initiatives in climate technology are paving the way for a less carbon-intensive food system and sustainable agriculture. Precision agriculture has maximized resource use, biotech technologies have strengthened crop resilience, and alternative protein sources have reduced the environmental effect of food production. Thanks to these innovations, food can better endure the consequences of climate change and contribute less to emissions of carbon. Technology and Mobility in Urban Areas Climate technology initiatives also must include smart city planning and the development of green mobility alternatives. Green mobility, energy-efficient building regulations, and smart city planning are all part of the goal to reduce pollution. Shared mobility platforms, better public transit, and electric vehicles (EVs) are essential if cities are to become more sustainable, livable, and carbon neutral. The Essential Function of Mutual Assistance and Financial Investment To expand, climate tech startups need support and investment from governments, businesses, and NGOs. Financing is crucial for developing and bringing innovations to market, as well as for conducting research and scaling up existing technologies. It is equally important for all sectors to work together on building infrastructure, passing laws to make it possible, and promoting innovation and sustainable culture. Imagining the potential benefits that climate tech efforts may offer in the fight against climate change can help us grasp the ingenuity and hope that these projects represent. When various technology responses to climate change converge, picture a future that is both ecologically good and economically successful. When it comes to farms, everything is in harmony. From those that generate renewable energy and have carbon capture facilities to those that engage in sustainable agriculture and have thriving smart communities.

Get your students aboard the sustainability train through the exploration of the environmental impacts of textiles. Use this resource to guide your students through a variety of environmental impacts, including: Water Pollution and Depletion Climate Change Habitation Deconstruction Landfill & Pollution Microfibres Explore contemporary innovative solutions that involve recycled fibres and natural dyeing techniques. This resource includes a PowerPoint presentation and student worksheets that go hand in hand. You can use this resource to facilitate a whole class collaborative approach, or you can set students up to use this resource as an opportunity for autonomous learning. Teacher instructions are also provided to give you clarity. This resource can be differentiated at your discretion based on the needs of your students. Pack includes: 16 Slide PowerPoint 2-Page Student Worksheet Teacher Instructions

This infographic, courtesy of Arbtech, takes a look at whether or not we could be fossil fuel-free by 2050 - and what will happen if we aren't.

In this innovative, interdisciplinary work, Zozan Pehlivan presents a new environmental perspective on inter-communal conflict, rooting slow violence in socio-economic shifts and climatic fluctuations. From the nineteenth to the early twentieth centuries, recurrent and extreme climate disruptions became an underlying yet unacknowledged component of escalating conflict between Christian Armenian peasants and Muslim Kurdish pastoralists in Ottoman Kurdistan. By the eve of the First World War, the Ottoman state's shifting responses to these mounting tensions transformed the conflict into organized and state-sponsored violence. Pehlivan upends the 'desert-sown' thesis, and establishes a new theoretical and conceptual framework drawing on climate science, agronomy, and zoology. From this alternative vantage point, Pehlivan examines the impact of climate on local communities, their responses and resilience strategies, arguing that nineteenth-century ecological change had a transformative and antagonistic impact on economy, state and society. Worked examples or Exercises

This innovative approach to landscape modeling begins by acknowledging landscape phenomena as self-organizing manifestations of human activity. It presents state-of-the-art techniques for mapping the environments that will emerge from todays urban sprawl.

The tale of an itinerant climber and the education of a reluctant businessman. Sales from this book benefit 1% for the Planet. From his youth as the son of a French Canadian handyman to the thrilling, ambitious climbing expeditions that inspired his innovative designs for the sport's equipment, Let My People Go Surfing is the story of a man who brought doing good and having grand adventures into the heart of his business life-a book that will deeply affect entrepreneurs and outdoor enthusiasts alike. Yvon Chouinard is the founder and owner of Patagonia, Inc., based in Ventura, California. He began in business by designing, manufacturing, and distributing rock climbing equipment in the late 1950s. His tinkering led to an improved ice ax that is the basis for modern ice ax design. Read more Brand   Patagonia

AI in Environmental science marks a pivotal shift in how researchers and practitioners approach ecological challenges. AI, with its suite of computational and

At VERGE 2015, a group of scientists and entrepreneurs talked about the innovation opportunities in carbon removal.

Eco-friendly tech, also known as green technology or cleantech, encompasses a vast spectrum of innovations and practices meticulously...

Engineers have created an innovative fuel cell that runs on dirt by capitalizing on the novel power-generating capabilities of microbes.

This book covers the state-of-the-art advances in several areas of energy, combustion, power, propulsion, and environment, focusing on the use of conventional and alternative fuels. It presents novel developments in the areas of biofuels and value added products from various feedstock materials, along with thermal management, emission control and environmental issues from energy conversion. Written by internationally renowned experts, the chapters in this volume cover the latest fundamental and applied research innovations on cleaner energy utilization for a wide range of devices extending from micro scale energy conversion to hypersonic propulsion using hydrocarbon fuels. The book will be useful as a ready reference for managers and practicing and research engineers, as well as graduate students and research organizations and institutions.