To fight against catastrophic climate change, BC needs to reduce greenhouse gas (GHG) emissions to near zero before 2050. The Climate Justice Project (CJP) calls this a “green industrial revolution” that will have transformative impacts on the economy and society. Past industrial revolutions, however, have caused great upheaval and hardship, with some sectors of society bearing a terrible burden. This module starts with BC’s economic history of resource extraction, then shifts to ideas for creating new green jobs to achieve climate justice.
- Students will review BC’s economic history and the role of resource development and exports.
- Students will be able to identify the essential elements of the proposed “green industrial revolution.”
- Students will recognize the benefits of a BC green jobs plan.
- Students will reflect on and analyze green policy proposals for building retrofits, transportation, forestry, and energy conservation and efficiency.
Science and Technology 11
Social Studies 9, 10, 11; Civic Studies 11; Comparative Civilizations 12; Geography 12; Social Justice 12; Sustainable Resources 12
English Language Arts 9, 10, 11, 12; Communications 11, 12
Applied Skills 11; Business Education 8, 9, 10; Economics 12; Home Economics: Family Studies 8, 9, 10; Technology Education 9, 10; Technology Education: Industrial Design 11, 12
TOTAL SUGGESTED TIME: 1 hour 40 minutes
- Digital projector and computer with internet access
- Whiteboard/chalkboard and markers/chalk
- Paper and pens/pencils
- PowerPoint slides: Green Industrial Revolution
- Printed copies of the Elements of the Green Industrial Revolution handout (coming soon) and the Green Jobs BC infographics
SUGGESTED LESSON PAIRING: Module 7 – Imagining the Future We Want
Note to teachers: Please be sensitive to the fact that some of your students may have family members who work in the fossil fuel industry. The point of this module is not for them to feel badly about this. We are all dependent on that existing economy. The goal of this module is to understand that we all need economic and employment opportunities, and that our collective challenge is to transition to a sustainable economy with well-paying green jobs.
Part 1 – History of BC’s economy
BRAINSTORM AS A CLASS: Create a list of BC’s economic industries throughout history. What were the main economic drivers over the last few hundred years? Use prompts and questions to jog students’ memories and stimulate educated guesses.
BC’s economic industries include:
- Fur trade
- Gold rush
- Energy (coal, hydroelectric, natural gas)
- Proposed industries: Oil (e.g. pipelines), liquefied natural gas
QUESTION: What thoughts come to mind when you look at this list?
- Much of BC’s economic past has been based on resource extraction and export. Income from these exports allows us to buy imported goods from outside of BC.
- BC’s economy has grown because of resource extraction, but sometimes this conflicts with climate change action.
- Older resource industries have established infrastructure, political power and money, and will be resistant to change that potentially impacts their economic interests.
- What makes a resource industry environmentally sustainable? Do all resource industries have the same potential to be sustainable?
Some are renewable (e.g. forestry can be renewable if the rate of cutting is not greater than the rate at which new trees grow) and some are not (e.g. coal or natural gas reserves are finite).
- Who has benefited from resource development? Who has been negatively impacted or exploited?
Those who have benefited may include: companies and their owners, international customers, workers who earn high wages, local businesses. Those who have been negatively impacted or exploited may include: local First Nations communities, Chinese labourers during the gold rush/railway construction, people whose water or air quality has been polluted by industrial activity.
- BC’s current economic strategy emphasizes fossil fuel extraction (increased exports of natural gas and coal from BC to Asia). How will this impact our GHG emissions?
Part 2 – Forestry: The history and potential of a sustainable resource industry
READ ALOUD: Forestry is an example of a local resource-based industry that can be sustainable if developed in certain ways. Forestry is one of BC’s most important industries and is at the heart of what built BC as a province. But forestry has also been controversial due to company practices such as clearcutting of old growth forests. Because of our vast forestry resources, existing infrastructure, skills, rich legacy and potential for sustainability, it makes sense for us as a province to reimagine how sustainable forestry can be part of BC’s future.
Many BC forestry towns have experienced great prosperity, but also some very hard times. Let’s look at a video that tells the story of how we got from there to here, and what we could possibly do to turn it around.
SHOW VIDEO: Town at the End of the Road, a story about Mackenzie, BC and its history and possible future as a forestry town (17 minutes)
- What factors contributed to the loss of Mackenzie’s forestry industry and local jobs?
- What actions are the people in the video suggesting the province take to revitalize BC’s forestry sector?
(Local control, local processing and local manufacturing.)
- What factors contribute to a resource industry being both economically and environmentally sustainable?
- What would it mean to you if the BC forestry industry was redeveloped in a sustainable way?
Part 3 – The green industrial revolution
READ ALOUD: Human societies have gone through various “revolutions” in the past that have transformed our economies and the ways we live. We began as hunter-gatherers, then, beginning several thousand years ago, many shifted to agricultural societies. About 200 years ago, the way many people lived shifted again with the Industrial Revolution.
ACTIVITY: As a class, discuss what you remember as the key features of the Industrial Revolution.
- Shift from farming in rural settings to working in factories and living in cities
- Spread of ideas and new technology (engines, machines, electricity)
- Rise of transportation and communications linkages over large distances
- Emergence of a wealthy “business class”
- Burning fossil fuels in large quantities for energy
- Economic shift to mass production of low-cost consumer goods


We provide garden ponds and water features throughout Glossop, Greater Manchester, High Peak, Derbyshire and Cheshire.
A garden pond or water feature can be left to its own devices as a miniature nature reserve, but will look more attractive if it is stocked with aquatic plants and attracting wildlife, if you get the balance correct then the pond will be virtually self sustaining and it will limit the amount of work you need to keep it in good condition.
We provide child friendly ponds and water features to give peace of mind to all parents.
Shallow flowing water adds the dimension of motion which gives your landscape a life of its own. The sound of the water is very relaxing and sets the mood for the garden. The most obvious impact of building a stream to a garden pond or water feature is emphasizing the overall size and feeling of the water features. From just 12" to 3 or 4ft wide a flowing stream ties everything together and looks natural.
Recent times have seen about three quarters of our natural wildlife ponds lost, along with the wetland plants and wildlife they supported. In making garden nature ponds you are building an oasis - for frogs, toads, newts, and dragonflies and giving yourself endless pleasure as you watch them come and go. It is also helps the kids see and understand the workings of nature a garden nature pond, stream and water feature can be installed for you by our pond installation team using puddled clay or rubber liner.
Garden Pond Aftercare
The biggest enemies of your pond and its inhabitants are algae in summer, fallen leaves in autumn and ice in winter.
- To discourage algal growth, remove anything shading the water, especially overgrown water lilies and oxygenators. Treat the water with a proprietary algaecide.
- In hot weather, top the pond up occasionally to replace water lost by evaporation. If you have a fountain or waterfall, run it at intervals to help aerate the pond.
- Net the pond in autumn to prevent leaves drifting into the water and decomposing, reducing the oxygen level. Clear the netting of leaves at regular intervals.
- Place a small floating ball in the pond to keep part of the surface clear of ice during frosty weather, so that gases in the water can disperse. Do not break ice by force, you may stun and injure the fish which will lie happily dormant in near-freezing temperatures.
"We recently used Gareth and his team to sort out our garden, we bought a old house which we renovated but left the garden till the house was sorted! The garden was in a bit of a state, overgrown, drystone walls that needed rebuilding, old garden structures that needed removing, and areas of garden full of rubbish and overgrown that needed regenerating and turfing. We had no idea where to start? Gareth was extremely helpful in suggesting ways to really improve the garden as well as sort it out, once we had agreed a plan Gareth's team arrived. His team were extremely courteous and very hard working, they went about the task quickly and always left everyday having checked with us that everything was OK. Gareth regularly attended to monitor progress and ensure that we were happy with progress, we made a few changes to the design plan as we progressed which were for the better, again Gareth and his team took all this in their stride.
The end result of all this is a garden that we are now proud of, it appears structured, a lot larger with new areas of lawn, new borders, a veg plot, rebuilt drystone walls, new fencing and gates. Gareth and his team have done us proud, we are really pleased with the work they have done for us and would definitely recommend them"


Pre-college summer seminars for highly-motivated high school students concerned about sustainability, social equity and the environment.
I learned a lot about leadership, sustainability and myself.
I found myself challenged and empowered to create change.
2014 Seminar Participant
JOIN the next generation of sustainability leaders: Motivated high school students ready to create change.
TAKE PART in transformative, uniquely hands-on learning, facilitated by respected teacher-practitioners.
VISIT inspiring sustainability initiatives, from community farms to corporate headquarters.
DEVELOP your leadership potential.
BUILD relationships with established professionals.
EXPERIENCE life on one of the country's most forward-thinking campuses.
FOSTER a more diverse, inclusive sustainability movement.
FORGE an ongoing network to support your future education and career.
Foresight Prep at Oberlin is a collaboration between Foresight Design Initiative and Oberlin College, based upon shared commitments to sustainability, diversity and holistic and experiential education.
Prep@foresightdesign.org || 773.271.1990


Plavinci Winery is nestled on the slopes of the eponymous hill in the Gročan Vineyard. On 1.25 hectares, they grow Marselan, Muscaris, Panonia, Regent, and Tamjanika grape varieties, from which they produce five to six labels, depending on the year. The total production does not exceed 5,000 litres per year. From the very beginning, the winery has operated under organic production principles.
Plavinci Winery follows agroecology and sustainability principles. Everything we do is focused on increasing the biological diversity of their environment and preserving soil fertility for future generations. We take care of our health and the health of our workers. We avoid synthetic chemicals in both the vineyard and the winery. The numerous gold, silver, and bronze medals at international competitions prove that this approach to production can yield top-quality wines. The wines are certified as organic and vegan.


Air pollution has led to the growth of air purifiers and in turn the air filter industry. There are numerous filters from various brands, types, and sizes. One gets confused as what to look for in an air filter and how to buy. To make things easier for you I have reviewed two premium quality air filters in the size of 18x22x1 Air Filter.
Want to install good quality air filters in your air conditioners then you have reached the right place.
18x22x1 Air Conditioner & Furnace Filter
- Dimensions: 17-3/8 x 21-1/2 x 3/4.
- Filter Ratings: MERV 8 | FPR 5 | MPR 600
This filter comes in a pack of six and belongs to the MERV 8 category. Installing 18x22x1 in your air conditioners and furnace will help to reduce indoor air contamination largely. It helps keep the indoor air safe from airborne allergens and dust particles. If you love to breathe fresh air, where you live and work then these filters fit in perfectly to cater your requirements. Since the filters come in a pack of 6 you can change them regularly and provide healthy and clean breathing environment to your family and colleagues. In addition, regular changing of filters will help to reduce energy consumptions and costs.
Features of 18 x22 x1 MERV 8
This filter with MERV 8 Specifications is an independently tested and verified product. It shields the indoors from airborne particles like Lint, dust, pet dander, pollen, dust mites and mold.
The frame of this filter is heavy duty and moisture resistant beverage board frame. Again, if you want a different size then you have them in several standard sizes that suit your needs. 18 x 22x 1 filter is 100% synthetic and withstands wear and tear. It has moisture wicking properties and less prone to damage. It has a low-pressure drop and has the capacity to hold enormous amounts of dust without letting it out. This filter comes in a two-piece frame that is rigid due to the double-wall thickness around the outer edges. To make it rust-resistant the makers have expanded the metal support grid with galvanized steel. It is also water-resistant and durable due to the adhesive coats alongside the interiors of the frame. The pleat consistency of the filter optimizes the performance levels and filters out maximum pollutants. This filter is highly durable and strong with all the materials and finish.
Note: It is better if you replace the filters every 3 months to maintain the quality of the air indoors. In addition, this product is a proud United States make so you do not have to worry about its quality.
18x22x1 Air Filter for HVAC
- Dimensions: 17-3/8 x 21-1/2 x 3/4.
- Filter Rating: MERV 13 | FPR 10 | MPR 2200.
This filter belongs to the MERV 13 Category and perfectly fits into any sort or residential and commercial areas. These filters are widely used in colleges, universities, villas, apartments and government institutions. If you want premium performance filter then this one is a great pick. It works, as both pre-filter or a final filter and you do not have to rely on other high efficiency filter systems when you have 18 x22 x1 at your hands. Having this filter in your building simply means that the indoor air quality is at its best. This filter meets the international rating standards for purifying the air.
Features of 18 x22 x1 / MERV 13
This filter is widely used in industrial applications as pre-filtration system. It is used sectors like food processing plants, manufacturing, health care facilities, residential areas, and telecommunications. MERV 13 has the similar features of the above-mentioned filter like galvanized steel pleat for rust-resistance and water repellent adhesive.
It is highly durable due to the double wall frame and contains 100% synthetic materials.
It effectively tackles pollutants like pollens, dust, mites, pet dander’s, virus carriers, smog, smoke, lead, oil, and micro-allergens. I guess it has an impressive list of pollutants that it can catch when compared to other air filters. This filter is ASHRAE tested and follows the LEED guidelines. In addition to that, this filter is highly durable and the sturdy frame can withstand almost any sort of rough handling. If you want something that helps to reduce, power consumption and at the same time help to curb pollution, then bet on this filter. The consistent pleat shape and low initial resistance helps it to achieve maximum performance. It also has better capability to hold on dirt particles and filter more and more.
Customers who have bought these filters say that they work well and strain out almost every pollutant floating out in the air. They say that these filters are waterproof and the build quality seems to be perfect. They are of the opinion that these filters cleanse the air better and generate fresh quality air into the indoors. However, most of them say that replacing them every 3 or 4 months is necessary to keep the air clean. If not, more and more dirt will pack on these filters and will make it worthless. Overall, they say that these are great picks for the reasonable price and come in a convenient pack of six.
18x22x1 Air Filter Conclusion
Air pollution is now a never-ending saga. We use hell many products and lead a lifestyle that contributes to this dreadful pollution. It is best to avoid pollution by installing air filters so that we can breathe fresh air and keep our family safe. Buying and changing filters are now a cakewalk and I hope you would have understood how cool the above air filters work. They do super cleaning and come in a convenient pack of six so that you do not have to keep ordering repeatedly.


Agroforestry: Online Master's Degree
Master of science in natural resources with an emphasis in agroforestry (MS)
Agroforestry, as a sustainable set of farming practices that integrate crops and/or livestock with trees and shrubs, is increasingly recognized as an integral component of a multifunctional working landscape. For family farms with on-farm income under $250,000 per year, economic returns from the farming enterprise have been decreasing steadily over the past few decades. Concurrently, environmental problems resulting from intensive agriculture have been well documented. Reduced biodiversity, increased erosion, lower soil fertility, greenhouse gas emission, and non-point source pollution of ground water and streams have all been identified as problems associated with intensive monoculture systems. Over the past 30 years viable small farms have been disappearing from the U.S. agricultural landscape leaving a legacy of failing rural communities. Strategic deployment of agroforestry and associated specialty crops across the landscape offer promise as alternative land-use practices with potential for alleviating some of these environmental and economic problems.
The need for trained professionals in agroforestry has been expanding. The Center for Agroforestry at the University of Missouri's new online master's with a focus in agroforestry degree program seeks to help fill that need.
The Center for Agroforestry at the University of Missouri, established in 1998, is one the world's leading centers contributing to the science and practice of agroforestry.
The MS with a focus in agroforestry curriculum will be a 30-credit non-thesis degree through the forestry department at the University of Missouri with a 16-credit required core including a professional paper, optional 3-credit field internship and elective course work. This MS is designed to be a flexible degree that can meet the advanced educational goals of a wide range of students. The program was developed to provide advanced study and experience in agroforestry and related fields that are not readily available at other colleges and universities in the U.S. or abroad.
Course options include:
- Agroforestry Theory, Practice and Adoption (highly recommended to take this course first)
- Ecological Principles of Agroforestry
- Agroforestry Economics and Policy
- Agroforestry for Watershed Restoration
A 3-credit field internship may be required to complete the non-thesis master's degree. The details of the internship will be developed in discussions with the major adviser and master's committee; however, a final report approved by the major adviser or internship supervisor will be required.
With the approval of the major adviser and master's committee, electives will be chosen from a group of relevant course offerings from the department of forestry and other units across campus. The online master's program has no on-campus / face-to-face requirements; the entire degree can be completed online.
Please Note: Enrollment in courses as a post-baccalaureate student does not assure acceptance into the Graduate program.


The Nature of Plastics
The best available evidence suggests that microplastics and nanoplastics do not pose a widespread risk to humans or the environment, except in small pockets. But that evidence is limited, and the situation could change if pollution continues at the current rate.
In recent decades, pollution of the environment with plastic debris has received increasing attention in society due to the visibility of plastic debris, because of ethical and aesthetical considerations and because of concerns with respect to both ecological harm and more recently to human health (GESAMP, 2015). This chapter aims to provide an overview of the existing evidence and the properties of plastic and plastic debris, its occurrence and concentration in the environment, exposure, its hazards and effects on organisms, communities and food webs, and finally the probability of risks for the environment and human health. We also review models that have been used for scenario studies with respect to the problem of plastics debris. Risk in the context of chemical assessment can be defined from the perspective of natural sciences as “the probability of an adverse effect on man [sic] or the environment occurring as a result of a given exposure to a chemical or mixture” (Vermeire & van Leeuwen, 2007). Risk assessments often use simple risk characterisation ratios (RCRs), whereby a risk is characterised as the ratio of actual or predicted exposures to the maximum acceptable concentration of a given chemical or particle in a given environment. An RCR exceeding 1 is usually interpreted by policymakers as an unacceptable situation that warrants further study and/or risk mitigation measures. For the risk assessment of microplastics, risk metrics have also been suggested that consider the likelihood of risk exceedance, as well as impact severity (Mahon et al.,2017; United Nations, 2016). A risk is the chance (high or low) that any hazard will actually cause harm. Risk exceedance simply means the likelihood of being exposed to the hazard at some given level or higher.
Expected and actual exposure levels differ vastly between environmental compartments and sites. Furthermore, maximum acceptable concentrations (e.g. Predicted No Effect Concentrations (PNECs), Derived No Effect Levels (DNELs), Acceptable Daily Intakes (ADIs) and similar estimates) have to be determined in relation to the most sensitive (eco)toxicologically relevant endpoint (i.e. reproduction, growth or mortality) and the species/ecological communities present in a given compartment, which can be detailed for each and every microplastic particle type of interest. This renders any chemical risk assessment highly complex and data-demanding. This issue is even more challenging for microplastics than for ’ordinary’ chemicals, because their overall risk might be driven by a combination of at least four interlinked processes: physical effects of the particles; food limitation caused by particle exposure; chemical toxicity from associated chemicals and the unintentional distribution of associated (micro) biota; and the interactions between these factors (Engler, 2012; Reisser et al., 2014; Syberg et al., 2015). Real-world exposure is not to one well-defined particle type, but to a complex mixture of particles of different polymers, sizes, shapes, surface characteristics and chemical composition (Lambert, Scherer, & Wagner, 2017). In principle, this demands an individual risk assessment for each class of NMP, for instance for each individual polymer and size class (Koelmans et al., 2017). In practice, this is not feasible now because exposure and hazard data would be needed for each particle class. Whether and how this complexity can be simplified into a single RCR (or at least to a small set of distinct RCRs) is currently unclear. Koelmans et al. (2017a) provided a first template, employing adverse outcome pathways and tiered hazard assessment strategies to systematize the issues at hand, but practical experiences are still missing.
This chapter is structured following the main components of this classical risk assessment framework. After providing basic definitions and an introduction to polymer science in the context of plastic debris, we discuss exposure, hazard assessment, and finally risk characterization. As requested by the GCSA, for each section, the information is separated into what is known, what is unknown, and a category in between representing what is not well known, to roughly indicate the level of certainty associated with current knowledge. The bars along the side of the page indicate these categories: dark blue for known, blue for partially known and grey for unknown. We emphasise that this information represents a continuous scale and that allocation into these three categories is subjective to some extent, despite the fact that this has been performed by subject experts following a thorough literature review. We report the conclusions of the working group based on the current evidence as a whole and their interpretations of the robustness of the evidence (even where research is at an early stage), so that diverging and consensus opinions are reported.


In the adrenaline-fueled world of Formula 1, speed is the name of the game. But in recent years, another race has been gaining momentum within the sport – the race towards sustainability. As concerns about climate change and environmental impact grow, Formula 1 has been taking significant steps to become more environmentally responsible. In this blog, we’ll explore how F1 is embracing sustainability and driving towards greener practices in the high-speed world of racing.
- Carbon Neutrality:
Formula 1 has committed to becoming carbon neutral by 2030, a bold and ambitious goal for a sport known for its high-energy demands. Teams are now working to reduce their carbon emissions by improving the efficiency of their power units, optimizing logistics, and adopting cleaner energy sources. Additionally, F1 has invested in reforestation and carbon offset projects to balance out its carbon footprint.
- Sustainable Fuel:
One of the key ways Formula 1 is becoming greener is through the introduction of sustainable fuels. The shift towards advanced biofuels and synthetic fuels is a game-changer. These fuels can significantly reduce greenhouse gas emissions and promote cleaner combustion in F1 cars. The development of sustainable fuels is a collaborative effort between F1, the FIA (Fédération Internationale de l’Automobile), and industry partners.
- Energy Efficiency:
F1 cars are engineering marvels, but they’re also notorious for their high fuel consumption. To combat this, the sport has introduced regulations that focus on energy efficiency. Hybrid power units, which combine internal combustion engines with energy recovery systems, have made F1 cars more energy-efficient. Teams are continually innovating to extract maximum performance from their power units while minimizing fuel consumption.
- Recycling and Waste Reduction:
Sustainability isn’t just about what happens on the track; it extends to every aspect of the sport. Formula 1 is actively working to reduce waste and promote recycling within the paddock. Efforts include using sustainable materials for team garages, recycling tires, and minimizing single-use plastics. These initiatives help reduce the sport’s environmental impact beyond the race itself.
- Environmental Awareness:
Formula 1 also serves as a powerful platform to raise awareness about environmental issues. The sport has launched campaigns to educate fans about sustainability and inspire them to take action. By leveraging its global reach and influence, F1 can encourage fans to adopt eco-friendly practices in their daily lives.
- Sustainable Venues:
F1 is also pushing for sustainability in its race venues. Many circuits are adopting eco-friendly practices such as solar power generation, rainwater harvesting, and waste reduction programs. These initiatives not only reduce the environmental impact of hosting races but also set an example for other sporting events.
- Technology Transfer:
The innovations developed in Formula 1 often find their way into road cars. By focusing on sustainability, F1 can drive advancements in automotive technology that benefit the broader transportation industry. Hybrid and electric technologies, aerodynamic improvements, and lightweight materials all have the potential to make road vehicles more energy-efficient.
Formula 1 is no longer just about speed and glamor; it’s also about sustainability and responsibility. The sport’s commitment to carbon neutrality, sustainable fuels, energy efficiency, recycling, and environmental awareness is shaping a greener future for high-speed racing. By leading the charge in sustainable practices, Formula 1 is proving that even in the fast lane, the environment deserves attention and care. As fans and stakeholders, we can support these initiatives and encourage other industries to follow suit, proving that racing and sustainability can indeed go hand in hand.


Kogan Reusable Silicone Stretch Lids (6pcs)
Banish cling wrap and disposable storage containers while helping to keep your leftovers, produce and dry goods fresh with these reusable silicone stretch lids.
- Non-toxic, BPA free eco-friendly cling wrap replacement
- Microwave-safe and heat resistant
- Suitable for temperatures between -40°C – 232°C
- 6 Sizes compatible with many container sizes and shapes
- Reusable and durable thick silicone that won’t tear or warp
- Airtight seal helps to keep food fresh and prevent spills
Say goodbye to excessive glad wrap use and hello to longer-lasting freshness with these eco-friendly Kogan Reusable Silicone Stretch Lids, comfortably stretching and sealing over the top of pots, pans, containers, bowls, cans and fruit for environmentally-friendly food storage.
Dishwasher friendly and freezer safe
These versatile silicone stretch lids can make meal prep and food storage a breeze, helping to seal in the freshness and taste even when storing in the freezer or heating up in the microwave. Unlike cling wrap, the airtight seal on these silicone lids can preserve the freshness of your food for longer.
Just stretch the lid over your bowl, container or pot to seal and pull the tab to open when you’re ready to eat. When it’s time to clean up, simply place them in the dishwasher and store away for your next use.
- 6.2cm will stretch up to 9cm
- 9cm will stretch up to 13cm
- 11cm will stretch up to 15cm
- 13.5cm will stretch up to 20cm
- 15.5cm will stretch up to 23cm
- 19cm will stretch up to 28cm


Mycohive: Telling the Bees, Shrouding the Soil
Travelling bioremediation installation
In collaboration with Amanda Baum
Mycohive: Telling the Bees, Shrouding the Soil is an investigation into ecological and cultural restoration, exploring how human rituals can trigger and help remediate symbiotic relationships between mushrooms, bees and plants.
The Pagan tradition of ‘Telling the Bees’ is a prayer of gratitude and an entreaty for them to remain, pollinating the plants that humans need for survival. Inspired by new research which details the immunological benefits of specific mushroom species to support honey bees, Mycohive re-investigates this ancient ritual. Combining design, modern science, art and performance, a travelling temple invites species to collaborate, presenting not a distant utopia, but one that is here now – a present, functioning, active microtopia.
To stage this emergence of multispecies co-habitation, the Mycohive takes residence in polluted areas and in close proximity to honey bee colonies. Here, rituals are mediated by the three Mycohive-kin, to heal soil toxicity through mycoremediation and introduce bee-supporting mushrooms and plants. Driven by the need for urgent change to current human-centred systems, the project is a call to bees and a call to humans – an experience that unites us in the possibility of a shared future, turning the fear of human colony collapse into an opportunity for celebration and transformation.
To follow the Mycohive go to www.mycohive.com


Today it has been exactly one year since my trip and excursion to Blue Mountains while I was in Australia. As I cannot wait for my return to Oz this Spring, I have been looking through my pictures and videos and decided to share them with you. Let’s bring back these memories!
(Here you should also watch my trip to Macadamia Farm)
The Blue Mountains is a mountainous region and a mountain range located in New South Wales, Australia. Located about 50 kilometers west from the city.
The name comes from the natural blue haze created by vast eucalyptus forests in this World Heritage area. Tiny droplets of oil released from the trees mix with water vapor and sunlight to produce the distinctive color.
It’s just two hours by train from Sydney’s Central Station to Katoomba, where you’ll find buses to some of the leading attractions. You can marvel at this wilderness region from cliff top lookouts. Explore waterfalls, valleys or even discover limestone crystals and underground rivers deep inside the Jenolan Caves (I will post info about them in next chapter! 🙂 ) There are numerous exhilarating activities on offer in the mountains, from rock climbing and abseiling to guided walks.
I was there exactly one year ago when in Australia was Summer time so be careful and drink plenty of water, cover your head with hat and use sunblock if you plan to visit this region soon.
My trip was divided into 2 days. First day I was exploring Jenolan Caves (tbc) and the following day I was climbing and hiking within the mountains.
On the video above you can see Katoomba, The Three Sisters, amazing lookouts and forest from day #2.
Great adventure and break from the beach and sand that are inherent in Sydney 😉


DANGEROUS SITUATION CAUSED BY EXTREME COLD WEATHER
AVFC would like to warn homeowners with high efficiency propane boilers to check the exhaust vent on the outside of their home for ice buildup.
Today’s high efficiency boilers extract so much heat from the combustion process that the temperature of the exhaust gases is much cooler than conventional boilers. Therefore moisture is created that can collect and freeze around and inside the exhaust pipe as it meets the cold air.
Failure to clear this ice buildup can lead to a carbon monoxide build up in the home. CARBON MONOXIDE is an odorless gas that can silently kill.
It is extremely important to make sure your home Carbon Monoxide detector is operational. If the alarm sounds immediately exit the home and call 911.


How to sterilise your home
If someone is sick at home, or your pet has a flee infestation, or just for safety’s sake, you will need to sterilize your home, in order to kill of the bacteria and other harmful organisms which threaten your health. Here are some useful tips on how to sterilize your home.
- First of all prioritize which areas of your home are more prone to germ infestations and bacteria growth, and which are of lower and lowest risk.
- The highest risk areas in each home are all the commonly touched and handles items, such as: doorknobs, all kinds of handles, light switches, thermostat panels, remote controls, phones and others. The other high risk areas include: the sink and other surfaces in the bathroom, toothbrushes, towels as well as used tissues and the wastebaskets they are thrown in.
- The high level risk areas are the toilets and bathroom floors as well as the bed linen and pillow cases.
- The medium risk level of germ contamination is valid for the kitchen surfaces, kitchen utensils and appliances.
- When you need to perform an emergency sterilizing of your home, you can use a disinfectant spray and rubbing alcohol to start cleaning all items in the order of their priority
- Toothbrushes must be replaced and all bed linen, pillow cases and towels washed and dried at high temperature.
- If you prefer to use natural disinfectants, you can make some at home by yourself by using: water, vinegar, 65% rubbing alcohol, dish detergent and hydrogen peroxide.
- Keep in mind that the kitchen is the place where most bacteria accumulate and thrive usually, so you should start there. Disinfect the sink, any wooden cutting boards and the garbage cans with disinfectant sprays or a bleach and water solution.
- Regularly disinfect the floor in the bathroom and especially the area around the toilet, the toilet seat and the bowl itself. Get the people in your household to get used to shutting the toilet lid before flushing, so that there are no splatters outside.
- Sterilize the living areas by wiping the commonly touched items, and by periodically providing the carpets, upholstery and draperies deep cleaning. The same goes for mattresses which are the places where the dust mites just love to inhabit in large numbers.


What are Environmental Toolbox Talks?
Environmental toolbox talks are environmental safety sessions relevant to a job or project, which are delivered prior to starting the work. Generally, these meetings are organised at the work location and takes place prior to initiating the actual work. Special topics covered in environmental toolbox talks includes all the safety aspects related to environmental hazards. These meetings are kept short so they do not consume so much time and safe work practices and workplace hazards are discussed in these meetings.
The important features of environmental toolbox talks are:
- They should be conducted prior to initiating the work for which they are delivered.
- They should cover the health and safety hazards related to the environmental aspects of a job.
- These meetings should take place at the work site.
- Every meeting session should be kept short and not more than 10-15 minutes.
- It is important to encourage workers participation.
- All the important points of the current task for which an environmental toolbox talk is delivered should be discussed.
- All the safety issues should be discussed including environment, use of protective gear, first aid and emergency procedures etc.
Delivering Environmental Toolbox Talks
An environmental toolbox talk is a protection training tool which can provide a safety reminder to workers, if delivered properly. These talks enhance safety awareness among employees and also improves the safety culture of a workplace. It is very important to conduct the toolbox talks effectively and efficiently, because if not done properly, they can result in hazards. Relevant environmental toolbox talks can be conducted effectively by keeping the following points in consideration.
Identifying Environmental Issues
It is important to identify environmental issues in pre-activity checklists and work plans. This way employees will have the material and knowledge to resolve those issues and eliminate or reduce the hazards. In case issues are identified, they would need to be addressed prior to initiating the work.
Lessen the Number of Exposed Areas
Reducing the number of exposed areas at a given time can be very helpful in minimizing risks. it can be applied to waste storage, materials used, chemicals, fuel, gas and paints etc.
Engaging the employees
Engaging with the employees during environmental toolbox talks is very important. It can be done by talking directly to them and involving them at each part of the discussion. For engaging the employees, it is important to stick to the topic of concern and discuss about their safety for the given job. It will help them to participate in the meetings and be interactive during the session. Otherwise, if the workers feel that the meeting does not apply to them directly, they quickly loose interest.
Stay focused and positive
Another very important consideration when conducting these toolbox talks, is to stay focused and positive. It is important to take a proactive approach rather than a reactive approach. Environmental toolbox talks are to take precautions prior to the incidents, to avoid them and ensure safety for the environment and employees.
Keep it short
During long meetings it becomes hard to keep everyone attentive, because some people have limited attention spans. If sessions are too long, then no matter how important the topic is, they will tune out eventually. Therefore, to overcome this problem it is important to keep the meeting short and relevant to keep everyone focused and engaged.
To conclude, environmental toolbox talks are of equal importance to any other toolbox talk. Safety of the environment is important, so conducting relevant environmental toolbox talks is very beneficial. Many environmental incidents can be prevented by efficient planning environmental concerns.
If you are looking for a range of ready to deliver toolbox talks, then our you might be interested in our range of toolbox talks included in our toolbox talk packages.


In the coming years, it will be essential for cities around the world to embrace new technologies and connectivity in order to meet a wide range of challenges.
Connected 'smart cities' will be essential in coping with more crowded public spaces, optimising the use of energy and improving the sustainability of locations in the coming years, according to a recent white paper from ABI Research.
This identified a range of new technologies and strategies that are spurring the development of smart cities, with ABI forecasting that spending on smart city technology is set to exceed $61 billion (£54.7 billion) globally by 2026.
However, none of this investment will be effective without the right underlying infrastructure to support it. This starts with fast connectivity solutions such as fibre cabling, as well as the various connectors, fittings and accessories needed to ensure the reliability and performance of this technology.
ABI Research identified several trends that are helping make cities smarter, all of which will rely on strong networking solutions to operate.
A more resilient environment
One of the key trends identified by ABI Research was the need for greater resiliency within urban spaces to guard against a range of disasters and other unexpected scenarios. The research noted that due to their "dense character", urban areas are highly vulnerable to both loss of life and economic value incidents.
Cities, therefore, need to be ready and prepared for such events, in terms of areas such as evacuation emergency response procedures and communications. While advanced artificial intelligence and machine learning projects can help better forecast such incidents, it will be vital that connective infrastructure is also robust enough to cope with any major disruptions.
ABI also noted that, while driverless cars and electric vehicles will have a key role to play in reducing congestion and emissions in cities in the long-term, mass-market adoption is still many years away. Therefore, in the meantime, urban areas are set to embrace 'micro mobility' solutions, which will include initiatives such as dockless electric scooters and bikes.
This may mean greater dependence on wireless connectivity tools and require the installation of more base stations at key points around urban areas, such as street lights. These solutions are set to be useful hubs for a wide variety of smart city applications, from gathering data from Internet of Things sensors to monitoring pollution conditions and adjusting traffic systems accordingly.
Moving to 'circular cities'
Another key strategy will be the shift from green cities towards a culture of 'circular cities'. Vice-president of research at ABI Dominique Bonte explained: "It is about turning entire cities into circular entities, eliminating their 'outside of the city' footprints entirely by achieving large degrees of self-support and self-sufficiency in areas like energy generation." This will be the 'endgame' for many smart cities' efforts and mean more sharing, recycling, repairing, refurbishing, and repurposing of assets and resources.
From an infrastructure perspective, this will require network deployers to support devices such as water and energy sensors and enable the use of real-time monitoring of assets and systems. This means fast, low-latency connectivity that can handle large volumes of data traffic without slowdowns.
Mr Bonte concluded cities are currently undergoing a revolution when it comes to optimising their use of resources to tackle the fundamental challenges they face as populations become more urban.
"This can only be done by leveraging a range of very advanced technologies, including urban modeling and digital twins, AI and automation, demand-response software, edge/cloud platforms, and generative design," he said.


Creating Sustainable Solutions
to Local Challenges
BACKYARD HABITATS NEIGHBORHOOD SERIES
Upcoming Educational Events
Supporting Pollinators, May 12, 7pm – register here
Pollination is an extremely critical component for successful reproduction in plants. Discover the fascinating survival strategies plants use to lure pollinators critical to seed production and how you can support these species in your yard with native plants.
Backyard Biodiversity, June 16, 7 pm – register here
Did you know that your background can serve as an important part in keeping our local ecosystems healthy? This program shows people how to select native plants for their backyards, creating a beautiful wildlife habitat.
These programs will be offered free to residents of Garfield, Glassport, McKeesport, and Wilkinsburg. They will take place online, please register to be sure that you receive the link to join the program.
Promoting Natural Habitats with Home Gardens
In 2021, Audubon Society of Western Pennsylvania (ASWP) and SRCOG offered FREE Certified Backyard Habitats with pollinator gardens for residents of Glassport and McKeesport.
Participating households received pollinator bundles of native plants (over $100 value) and enrolled in ASWP’s Certified Backyard Habitat (CBH) program. The CBH program helps people to transform their yards and patios into an oasis for pollinators and birds. By creating Backyard Habitats, residents not only get to enjoy more natural beauty, but also support local birds, pollinators, and wildlife.
Financial and other support for the Community Conservation Through Backyard Habitat project has been provided by the Department of Environmental Portection’s 2020 Environmental Education Program.


Debunking the Confusion: Net Zero vs. Carbon Neutral vs. Science Based Targets
Climate change has become one of the most pressing environmental concerns worldwide, and it is driving a shift towards sustainable business practices. As companies strive to achieve sustainability, terminologies such as “Net Zero,” “Carbon Neutral,” and “Science Based Targets” (SBTs) are frequently used. However, their interchangeability often causes public confusion. In this article, we aim to differentiate between Net Zero and Carbon Neutral, explore the limitations of Carbon Neutrality, understand the introduction of Net Zero, explore common misconceptions, define Carbon Negative and Climate Positive, explain the importance of SBTs, and provide tips for detecting greenwashing tactics.
Net Zero vs. Carbon Neutral: The Key Differences
Carbon Neutral refers to balancing the amount of carbon dioxide released into the atmosphere by eliminating an equivalent amount of carbon from the atmosphere through carbon removal or mitigation. In contrast, Net Zero not only eliminates carbon emissions but also offsets remaining emissions by investing in renewable energy sources, utilizing carbon capture technologies, and finding innovative ways to reduce emissions. Net Zero goes beyond Carbon Neutrality to ensure a future with less carbon in the atmosphere.
Definition of Carbon Neutral and its limitations
Although Carbon Neutrality is an adequate approach to tackle climate change, it has some limitations. One significant limitation is that it only focuses on reducing carbon emissions and ignores the broader environmental impacts associated with the production and consumption of goods and services.
The introduction of Net Zero and how it differs from Carbon Neutral
Net Zero aims to address the limitations of Carbon Neutrality by addressing the broader environmental impact of a company’s operations. Net Zero strives not only to eliminate carbon emissions but to do so in a way that has a positive impact on the environment. This means using low-carbon energy sources, reducing energy consumption, and finding innovative solutions to reduce emissions, all while maintaining overall environmental sustainability.
Common misconceptions about Net Zero and Carbon Neutral
One common misconception is that achieving Net Zero requires the complete elimination of emissions, which is not possible in most sectors, like aviation, shipping, and manufacturing. However, the aim of Net Zero is to reduce as many emissions as possible and offset the rest in ways that still support the environment. Conversely, achieving Carbon Neutrality does not require complete elimination of emissions, but rather balancing emissions with reduction or removal strategies.
Carbon Negative and Climate Positive: Beyond Carbon Neutrality
Definition of Carbon Negative and Climate Positive
Carbon Negative is achieving less carbon in the atmosphere than emitted. This involves measures to remove or prevent carbon from entering the atmosphere, such as reforestation, soil carbon sequestration, and the development of carbon-neutral products. Climate Positive aims to address carbon emissions and ensure a positive environmental impact across the whole business cycle. It strives for overall environmental sustainability beyond carbon reduction and avoidance.
Why some companies choose to go beyond Carbon Neutrality
Companies go beyond Carbon Neutrality to demonstrate their commitment to environmental sustainability and differentiate themselves from competitors. Carbon Negative and Climate Positive approaches show a commitment to the environment and can create opportunities for innovation and attracting and retaining customers who align with similar values.
Addressing the confusion around the term "Carbon Positive"
The term “Carbon Positive” may seem promising, as it implies a company is actively removing more carbon than they emit. However, the term is often misused by companies seeking to greenwash their brand image without much evidence of meaningful efforts to offset their carbon footprint. It’s essential to investigate and verify the claims made by companies regarding their sustainability efforts, ensuring they reflect accurate and meaningful commitments.
Science Based Targets: The Roadmap to Net Zero
Explanation of Science Based Targets and their importance
SBTs are a set of objectives aligned with the Paris Climate Agreement, aimed at limiting global temperature increase to below 2 degrees Celsius by 2050. They provide a pathway for companies to reduce their greenhouse gas emissions, based on scientific evidence, to a level consistent with the Paris Agreement’s objectives.
The difference between Net Zero and near-term Science Based Targets
SBTs are targets that focus explicitly on emissions reduction and are typically shorter-term than Net Zero. SBTs set the foundation for net zero goals by establishing specific targets for companies that align with the Paris Agreement’s goals.
How SBTs contribute to global climate goals
SBTs provide companies with clear and effective ways to contribute to global climate goals, in addition to driving innovation, reducing costs, and promoting sustainable business practices. The alignment of these targets with the Paris Agreement accelerates international climate action, advancing towards a more sustainable future.
Detecting Greenwashing: Separating Fact from Fiction
Examples of misleading claims by companies
Many companies are guilty of making vague or false claims to achieve a green image. Examples include claiming to be 100% renewable, using eco-friendly or natural products without providing evidence, claiming Carbon Neutrality without disclosing Scope 3 emissions, and exaggerating the extent of their environmental sustainability efforts.
Understanding the scope of emissions and the importance of transparency
It’s vital to understand Scope 1, 2, and 3 emissions, which represent direct emissions from owned and controlled sources, indirect emissions from the generation of purchased energy, and all other indirect emissions. Comprehensive reporting of these scopes is a critical tool for promoting transparency and accountability, reducing greenwashing tactics, and promoting accurate information about a company’s sustainability efforts.
Tips for recognizing greenwashing and making informed choices
Consumers and investors can recognize greenwashing by doing research, verifying company claims, scrutinizing the language used in advertising, and looking for concrete evidence of a company’s sustainability efforts. Making informed choices reduces the demand for greenwashing tactics and drives companies to work towards more comprehensive and meaningful sustainability efforts.
In summary, addressing climate change requires a fundamental shift in business practices. Understanding the differences between Carbon Neutrality and Net Zero, as well as the importance of Science Based Targets, Carbon Negative, and Climate Positive approaches, is essential for making informed decisions about sustainability claims made by companies. Furthermore, recognizing greenwashing tactics, scrutinizing company claims, and promoting transparency will accelerate this shift towards a sustainable future.
To go further:
- IPCC, Sixth Assessment Report (2023). https://www.ipcc.ch/assessment-report/ar6/
- Science Based Targets Initiative. (2021). The Science Based Targets initiative launches its net-zero standard. https://sciencebasedtargets.org/news/sbti-launches-world-first-net-zero-corporate-standard
- International Energy Agency. (2019). Global CO2 emissions in 2019. https://www.iea.org/reports/global-co2-emissions-in-2019
- United Nations Framework Convention on Climate Change. (2015). Adoption of the Paris Agreement. https://unfccc.int/resource/docs/2015/cop21/eng/l09r01.pdf
- Science Based Targets Initiative. (2021). What are science-based targets? https://sciencebasedtargets.org/what-is-a-science-based-target/
- CDP. (n.d.). Scope 1, 2 and 3 emissions https://www.cdp.net/en/guidance
- Sustainability Accounting Standards Board. (n.d.). ESG standards. https://www.sasb.org/standards/download/


- This event has passed.
“Our Neighbors” Opening Reception
December 16, 2022 @ 5:00 pm - 7:00 pm
Combining my recent collaborations with the MN DNR, the MN Pollution Control Agency, and Fond Du Lac Natural Resources, these paintings will depict scenes that address some of the ecological challenges facing animal species native to Minnesota, including large-scale loose representational work about current ecological research around Minnesota. This installation includes conservation information and celebrates the roles these animals have in our ecosystem, the role humanity is playing in their possible extinction, and some of the hopeful things we are doing to change course.
The goal of these works is to give voice to a larger portion of a growing list of threatened and endangered animals of Minnesota, native to our area. I seek to inspire new thoughts about our actions surrounding Lake Superior and greater Minnesota. In the Lake Superior watershed of Minnesota where I live, people are acutely concerned about our relationship with water, wildlife, and the environment. By learning about and sharing this knowledge through thoughtful paintings and free community talks involving researchers, we are taking advantage of an important time to acknowledge our changing relationship to the land, water, and animals that make our area so special.
Opening reception December 16th, 5-7pm at the Zeitgeist Atrium with presentation by Monarch Butterfly Conservation Specialist Samantha Smingler at 6pm.
Adam Swanson is a fiscal year 2021 recipient of a Creative Support for Individuals grant from the Minnesota State Arts Board. This activity is made possible by the voters of Minnesota through a grant from the Minnesota State Arts Board, thanks to a legislative appropriation from the arts and cultural heritage fund.


Winter-hibernating insects - an interaction between genes and environment
Insects that live on different lines of latitude enter winter hibernation at different day lengths. Some when the day is 17 hours long, others when it is only 12 hours long. This is an example of how individuals in a species are adapted to their surroundings. Now, Wallenberg-financed researchers will investigate how this occurs at a molecular level when genes interact with the environment.
It is winter and not very lively in the cages at the Department of Zoology at Stockholm University. Most butterflies that spend winter in the laboratory are pupae and are in a cold room. Left in the cages are a few lonely flowers that the researchers usually coat with sugar water. They are waiting on new butterflies. In the summer, the researchers will begin a new project; the largest yet in the Department's history. They have received more than SEK 30 million from the Knut and Alice Wallenberg Foundation in order to study the intricate interaction between genes and environment in the smallest detail.
“We want to understand how the adaptation in nature works and how various characteristics are adapted to each other,” says Sören Nylin, Professor of Ecology, who is coordinating the project.
The winter hibernation is controlled by the length of the night
The characteristic that researchers will initially investigate is the ability to enter winter hibernation, or as it is called when insects are concerned: to enter diapause. Individuals of a single species are of varying sensitivities to the length of the day. Spanish green-veined white butterflies stay in the pupal stage and enter winter dormancy when the day is around 12 hours long, while their counterparts in northern Sweden begin to slow their metabolism when the day is still 17-18 hours long.
“The further north you go, the longer the days are in the summer and the higher the threshold is for diapause,” says Sören Nylin.
The goal is now to find out how this adaptation takes place. What genes are involved? How do they control the organism? How can it work so differently in the same species?
In order to answer these questions, the researchers will catch butterflies from Abisko in the north and Barcelona in the south. They will also collect butterflies that live on the same line of latitude, but where some live close to the coast and others come from higher elevations inland.
“Butterflies that live inland enter diapause earlier since the winter comes earlier there than at the coast. They are adapted to the local climate,” says Sören Nylin.
At the laboratory, the northern Swedish and the Spanish butterflies will then be crossed, and the coastal and inland butterflies will be crossed. The offspring will enter diapause at varying day lengths and using these offspring, the researchers will look for the genes that are involved in the process.
Fruit flies have developed a new diapause
In parallel with this, the colleagues one floor down at the Department of Zoology will investigate the same phenomenon in fruit flies. For more than a century, researchers have experimented with the genes of fruit flies and their characteristics. The flies originally come from tropical areas and actually have no real diapause. But the species has spread out from Africa and adapted to a colder climate. Therefore, they are now dormant some places in the winter.
“There are breeds that have been collected in the northern US that have a kind of primitive diapause,” says Sören Nylin.
The comparisons between fruit flies and butterflies may tell the researchers if there are general mechanisms that control the diapause.
A pause from death
Besides identifying which genes are involved in the winter dormancy, the researchers will investigate how other characteristics are adapted to a short or long diapause. For example, research shows that having an active immune system is important so that various microorganisms do not kill the dormant pupae.
“The pupae in the north have a longer diapause. They then might need a stronger immune system,” says Sören Nylin.
Another idea is that the project might possibly provide clues to which genes are involved in aging.
“It seems as if time nearly stands still in diapause. A butterfly that has had a ten-month winter dormancy lives just as long after this as other butterflies that have not been in diapause,” says Sören Nylin.
The project will involve a large number of successful insect researchers at Stockholm University.
“What is unique about this project is that so many different kinds of experts are involved. There are ecologists, behavioral science biologists, physiologists, neurobiologists and molecular biologists,” says Sören Nylin.
This is the first time that insect researchers at the university from such different research emphases are conducting a project together. They hope that the collaboration over the disciplinary boundaries will lead to new insights.
“It is really exciting. The entire department is involved in this,” says Sören Nylin.
Text Ann Fernholm
Photo Magnus Bergström


Sustainability is more than a trend. For us at The Stable, it is a way of life. We think twice about how we impact our surroundings by minimising our waste and maximising our awareness. We’re fresh and we don’t want any of our products to outlive us.
We have taken the “Plastic Free Pledge” and have eliminated non-biodegradable drinking straws from our bar, replacing them with a compostable alternative. We are proud to say #StrawsAreForSuckers. This move, which has been spurred on by increased awareness of the problem with plastics in the planet’s water systems and oceans, is close to our hearts. We know all too well about the impact beach litter and discarded rubbish has on the local wildlife and ecosystems. Head to plasticfreepledge.com to read more about reducing plastic waste.
We are also proud to be participating in the Refill Scheme. With a sticker on display, we invite passersby to stop in to refill reusable water bottles with fresh tap water, in an effort to reduce one-time-use plastic bottles. With no purchase necessary, this is a simple way that we hope to make a bigger difference. Having started in London, the scheme has been rolled out across the country, with restaurants, cafes, galleries and businesses coming on board to help. Find out more at refill.org.uk.
All of our paper products, including napkins, toilet paper and kitchen towel are biodegradable. And with new brand guidelines in place, we have chosen a variety of recycled products for our company stationary and menus.
One item that remains unchanged is our 100% recycled cardboard pizza boxes. These have always been recyclable and always will be.
Eco-minded year round, our Christmas decorations every year are made from recycled products and are handmade by our team. Read more about it here.
Our Green Policy is important to us and is always evolving. Keep an eye on our social media as we take more steps in the direction of a greener future.


Sunday, August 29, 2010
Everybody’s Movin’ To The ‘Burbs
This is a 75 year old saguaro that was scheduled to be uprooted and destroyed to make way for a new home near 4th Street and Bethany Home Road. After hearing of the cactus’ plight on valley newscasts, a local landscaping company and a West Valley school came up with a plan to save it. This past Monday, Roadrunner Cactus transplanted the giant saguaro on the new campus of Montessori in the Park at Dysart and McDowell Roads.
Officials said it was important to save the huge cactus and the fact that it ended up at a school will help students learn about the saguaro and the importance of protecting Arizona’s treasures. The saguaro has long been a symbol of the state and the saguaro blossom is the Arizona State Flower.


Boulders Beach, the home of the African penguins. Just outside of Cape Town, nestled on the coast is a penguin colony. They dip in and out of the sandy rocks that look like they have been dropped by a landscape designer.
A sea of black and white burbles and chirrup- they honk angrily at each other and also the occasional tourist (of which there are many.) Who wouldn’t want to come to a beach that was not only stunning, but filled with animals that we normally expect to find in much colder regions?
Boulders Beach, just next to Seaforth in South Africa is a top attraction. In 1982 the colony began when a few of these little angels found shelter between the large rocks. If you come to pay them a visit (it does cost) you’ll be able to see up to 2,500 penguins. Although they’re an endangered species, the African Penguin can find refuge on this protected and clean beach.
What’s really great about this beach however is the proximity you can get to the inhabitants. You can swim with them, follow them into their houses and sit beside them. However, they are wild so don’t be surprised if they honk at you or even bite you! One of our friends recalled for us a time when he had been to friendly and felt the repercussions. We think he must have really pissed them off because they were nothing but lovely to us.
I would definitely recommend going. The numbers are dwindling, and even this protected area is feeling the detrimental effect of over fishing, pollution and irresponsible tourism activities. Though the area is well cleaned it is imperative for those visiting to clean up after themselves and not stress out the penguins too much. Though they do take matters into their own hands if they feel threatened!


Wind energy offers a distinct alternative to burning fossil fuels to produce electricity.
About 90% of conventional grid electricity in the United States derives from non-renewable energy sources, namely: coal (45%), natural gas (23%), and nuclear (20%) . In varying degrees, non-renewable energy resources impact the environment, public health and economic productivity due to the effects of mining and drilling, transportation, combustion, and resulting pollution and waste streams . By comparison, wind is both renewable and clean.
Unlike raw materials like coal, natural gas, and oil, wind is infinitely renewable. Harvesting wind resources does not deplete future wind capacity or "reserves." The renewable nature of wind energy means its costs are predictable and relatively fixed over long periods of time - unlike fossil fuels, which fluctuate according to supply, demand and reserve estimates.
Burning coal, natural gas, and oil to drive steam turbines for electricity generation produces two forms of pollution: criteria pollutants (particulate matter, ozone, carbon monoxide, nitrogen oxides, sulfur dioxide, lead), which are regulated by the EPA; and greenhouse gases ("GHG"), including carbon dioxide. Conventional electricity sources are a major source of air pollution, which, along with ground-level ozone pose the most immediate and widespread threats to public health [3,4]. The National Research Council estimates that annual damage from pollution at coal-fired power plants in the U.S. exceeds $60 billion, or 3.2 cents for every kilowatt hour produced .
Turbines driven by wind energy emit neither pollutants nor GHGs associated with conventional electricity production. And unlike conventional power plants, wind energy facilities do not require vast amounts of freshwater for cooling, thereby avoiding thermal and physical pollution of rivers, lakes and watersheds. When utility-scale wind energy projects are generating clean electricity, conventional power plants can be backed down, requiring less fossil fuels and resulting pollution, emissions, and water usage.


Fall is a beautiful time of year. We get to see the leaves change colours, savour some hot apple cider, and maybe even enjoy a baked good or two. Yet this time of year also holds some hidden (and not so hidden) hazards for our furry friends. Stay aware and check out these fall safety tips to protect your pet.
Rodenticides and cold weather poisons
The use of rat and mouse poisons increase in the fall as rodents seek shelter from the cooler temperatures by attempting to move indoors. Rodenticides are highly toxic to pets and, if ingested, the results could be fatal. If you must use these products, please do so with extreme caution and put them in places inaccessible to your pets.
Many people choose fall as the time to change their car’s engine coolant. Ethylene glycol-based coolants are highly toxic, so spills should be cleaned up immediately. Consider switching to propylene glycol-based coolants—though they aren’t completely nontoxic, they are much less toxic than other engine coolants.
Those of you with young children know that the school year means stocking up on items like glue sticks, pencils and magic markers. Although these items are considered low toxicity to pets, gastrointestinal upset and blockages can occur if ingested. Be sure your children keep their school supplies out of your pet’s reach.
Autumn is the season when snakes are preparing for hibernation, increasing the possibility of bites to those unlucky pets who find themselves in the wrong place at the wrong time. Pet parents should know what kinds of venomous snakes may be lurking in their environment—and where those snakes are most likely to be found—so pets can be kept out of those areas.
Fall and spring are mushroom seasons. While 99% of mushrooms have little or no toxicity, the 1% that are highly toxic can cause life-threatening problems in pets. Since most toxic mushrooms are difficult to distinguish from nontoxic ones, the best way to prevent pets from ingesting these poisonous plants is to keep them away from areas where any mushrooms are growing. Please visit our Poisonous Plants page for more information. Contact us or the ASPCA Animal Poison Control Center immediately if you witness your pet eating a wild mushroom.
Questions or concerns about protecting your pet this fall? Contact us.


Mark Jeweler, President & CEO
Mark is responsible for the technical, administration and management side of things, is our primary fund-raiser and grant seeker, is our liaison with corporate sponsors and donors, has been single-handedly responsible for design and construction of our rehabilitation clinic and facilities, and is a permitted care provider for raptors himself. He is a Maryland native, and discovered his passion for raptors around 2014. He will assist in the rehabilitation efforts while maintaining his full-time job with the federal government until his retirement.
Heather Jeweler, Vice President & Principal Rehabilitator
Growing up in rural Loudoun County, Virginia, near the Blue Ridge mountains, Heather developed an appreciation and passion for nature conservation at an early age, and dreamed of someday working with wildlife. Birds have always held particular interest for her, but especially birds of prey.
In late 2018 she left her full time job with the federal government to finally pursue that passion and immerse herself in raptor rehabilitation, completing an apprenticeship at Owl Moon Raptor Center in Boyds, MD. During this time, she gained hands-on experience towards the goal of being an independent full-time raptor rehabilitator. After relocating to Virginia, she completed an additional apprenticeship at Blue Ridge Wildlife Center.
She has her Wildlife Rehabilitation Permit from VA DWR, and Migratory Bird Rehabilitation Permit from US Fish and Wildlife.
She has completed a “Care and Management of Captive Raptors” workshop at The Raptor Center at University of Minnesota. She has also done volunteer work with The Raptor Conservancy of Virginia and Tri-State Bird Rescue & Research.


There are number of ways to transform any garden without having to spend vast amounts of money on landscaping, and one such way to do so is to invest in some plants and/or buy poppy Iget Vape. A wonderful family of species, offering a wide variety of sizes, colors and characteristics, poppies can provide a fantastic accompaniment to every garden. And whether gardeners opt for annual varieties, or perennial species that will return year after year, once you’ve bought poppy seeds a great love affair is likely to start.
With brilliant blooms, some varieties of poppy produce abundant flowers of whites, creams and pastel blues and pinks. Meanwhile, for gardeners who want to explore deep, vibrant colors, explosive Iceland or California poppies are the perfect plants. And with a great range of planting options depending on the species, the poppy family provides a plant for every environment, shady and moist, or sunny and dry.
Annual varieties, including Peony poppies and the popular California poppies, are ideal for containers and tubs. Brightening any patio or decked area, they are easy to care for and will provide a welcome spark of interest. Meanwhile window baskets and even hanging baskets, providing they are kept moist, can offer something a little different to catch people’s eyes. And with plants easy to germinate and grow, vast quantities of small plants can be produced, packing every space with color and creating a stunning spectacle for all to see.
Elsewhere, with Mother Nature on their side, annual varieties of poppy also seed freely, allowing for gardeners to ensure a plentiful supply of plants the next year. Seed pods can either be collected and stored in paper bags or envelopes ready for sowing, or allowed to burst naturally, scattering seeds across the garden for a natural look.
While many may be fond of the annual poppies, there is no better way to showcase this wonderful family than with perennial varieties such as the Oriental poppy and dwarf or alpine specimens. These return every year, becoming stronger and healthier plants as they mature, and therefore producing more flowers of better quality. Oriental types are ideal for the herbaceous border, dying back in the winter before producing stunning displays of color the following spring. With large flowers rising into the air, any poppy lover will never tire of Orientals, and with blooms of blue, white, pink, orange and more, perfecting the ideal collection can be an ongoing challenge. Meanwhile, ideal for rock gardening or placing in gravely areas for an innovative planting scheme, little alpine plants of only a few inches will hug the ground while producing a radiant array of flowers.
Whether wanting an explosion of color for one season, or wanting ongoing and yearly blooms, poppies are ideal. While many plants take time to mature, a collection of both annual and perennial plants will allow for vibrant flowers the first year, with perennial plants blooming later. And with poppies being notoriously self seeding, gardeners will always have a constant supply of plants. So, for transforming gardens, whether it is pots, rock gardens or borders that need a lift, buy poppy seeds and develop a passion that will only grow.


Officials may have to increase the amount of water released into the Missouri River over the next couple months to ensure there is enough water in the river for cities that rely on it for water and for barge traffic.
The U.S. Army Corps of Engineers said Thursday that significantly less water is expected to flow into the river this year because conditions remain so dry and snowpack is below normal levels.
April was an exceptionally dry month in the region. Because of that, officials said that only about 69% of the normal amount of water is expected to flow into the Missouri River this year.
The Corps now estimates that 17.8 million acre feet of water will flow into the river this year. That is well below the average of 25.8 million acre feet.
Currently, the amount of water being released from Gavins Point Dam on the Nebraska-South Dakota border is expected to remain around 29,000 cubic feet per second, but it may be increased to roughly 32,000 cubic feet per second to make sure there is enough water in the lower Missouri River.


This Priority Areas Map shows areas that have been identified because of their importance to Inuit and wildlife. Help us take care of the land by telling us about important areas near your community.
The Nunavut Planning Commission is making a land use plan to manage land, resources, wildlife, and marine areas in the Nunavut Settlement Area, outside municipal and park boundaries. Management can mean protecting community drinking water, proposing conservation for areas important to a community for traditional uses, or putting rules in place to guide industry investment.
Under the Nunavut Land Use Plan, we are considering managing land uses that may affect:
• caribou calving areas and migration routes
• community drinking water supplies
• marine mammals
• military sites
• migratory birds
• national historic sites
• heritage rivers
• existing and future parks and conservation areas
• areas of energy or transportation potential
• other areas important to Nunavummiut
Now that government and other representative organizations have identified the areas and issues they feel are important, Nunavummiut also need to provide information to support the plan.
Help us take care of the land by telling us about important areas near your community. Please review this map and return the attached questionnaire by May 28, 2010.
The feedback we receive on the Priority Areas Map will be incorporated into a Draft Nunavut Land Use Plan, which will be sent back to Nunavummiut in the fall. The Commission will then travel to all communities in Nunavut to host community workshops. This will be another opportunity to ensure that the Nunavut Land Use Plan reflects the issues and priorities of the residents of Nunavut. After this, the Commission will finalize the plan, host a public hearing, and submit the final draft Nunavut Land Use Plan for approval.


We travel to unique coastal ecosystems to partner with the sea, land, and local community to meticulously craft our products. Once there, we immerse ourselves in the essence of each place. We let the landscape speak to us and unravel its intricate patterns, vibrant hues, and varied shapes. Captivated by this rich tapestry of beauty, we are ready to create.
We combine this profound experience with specialized research to develop beauty care products made with local ingredients of natural origin. All our products are born and raised to bring new life to your hair, nurturing its roots and scalp, while also caring for the foundations of our living planet.
We guide our thinking and doing based on how natural systems work. We see beyond suppliers, producers and consumers. We strive to be a system of partners and stakeholders that go beyond exchanging goods and services, to also inspire each other, learn and develop together.
SAVIRA is the option that reboots the natural order of our ecosystems, through a more sustainable value chain that works with and for nature to support our own self-care.
We are free and wiser. We are finally here and now.
SAVIRA is the result of a deeper story of questioning.
Ana Fernandes, an experienced hairstylist with a background in salons, fashion, and publicity, became disenchanted with the lack of genuine care in mainstream haircare brands. Despite their claims of promoting healthy hair, Ana observed a rise in hair and scalp problems among her clients. Motivated to uncover the truth, she conducted extensive research and discovered that most products prioritized immediate results through chemical-laden formulas, causing long-term harm to both our hair and the environment.
Called by a desire for change, Ana partnered with Constança Belchior, a marine biologist and sustainability researcher. Their collaboration was fueled by a shared passion to empower a new generation of sustainable options. Together, they embarked on an exploratory journey, delving into remarkable natural ecosystems and innovative blue biotechnology. Through research, prototyping, and strategic partnerships, Ana and Constança worked tirelessly to develop an impactful solution that would bridge the gap between hair's appearance, personal health, and the well-being of our planet.
Their perseverance bore fruit as they successfully created a brand with a resolute mission centered around care and founded on the core value of trust. This brand redefines our relationship with the sea, land, and local communities, ushering in a paradigm shift towards regenerative practices and relationships. Ana and Constança know their transformative journey goes beyond enabling nature hair care. They wish their brand also stands as a beacon of hope, inspiring a future where business, care and consciousness can coexist harmoniously.
SAVIRA, a natural legacy of conscious beauty.


Objectives of DWIR
- to improve the navigation channel and to stabilize the inland river ports.
- to protect the river banks erosion.
- to cooperate with other organizations in demarcation of danger water level of the towns.
- to utilize the river water for domestic and agriculture all the year round.
- to protect bank erosion of border rivers.
- to observe the long term existence of the cross river bridges by river engineering point of views.
- to manage the prevention of the river water pollution.
- to achieve adequate depth for maximum loading capacity of the vessels.


SPEND AN AFTERNOON in Torrevieja's Parque del Molino del Agua. This hidden gem offers an opportunity to walk through a majestic pine forest, enjoy a picnic in the shade of mature trees, and stroll through the spectacular sand dunes that fringe La Mata's Blue Flag golden sandy beach.
Torrevieja is home to some of the most exquisite and well-preserved natural spaces in this part of Spain, and the Parque del Molino del Agua is one of our favourite places to visit.
Located within Torrevieja's northern enclave, the park encompasses the better part of 43 acres (172,000 square metres) of beautifully conserved natural woodland.
Literally translated as “Watermill Park”, the beauty spot has been attentively cared for by the local council, who should be recognised for their outstanding efforts in keeping such an extensive area in pristine condition year-round.
Parque del Molino del Agua: a serene and tranquil experience
At first glance, Parque del Molino del Agua isn't something that raises expectations, but that soon changes once you spend a few minutes exploring the interior and appreciate the sheer scale of the location.
The main entrance to the park is located in its south-western corner, adjacent to the American themed and steamboat-inspired Restaurante Queen Mississippi (worth a visit in its own right).
A spectacular water feature at this highest point in the park sends water cascading down the hillside, through a system of interconnected viaducts that weave through the forest into freshwater pools, ending the journey in a lake with a central fountain and inhabited by geese, ducks, and turtles.
The viaducts can be crossed via paths and pretty bridges that span the waterway, with waterfalls along the near quarter kilometre route. The elevated location and the close proximity to the sea mean that the Mediterranean can be glimpsed through the treetops throughout the park.
Picnic tables and seating along the route offer one of the most peaceful and memorable places to enjoy a picnic, with plenty of space for children to enjoy the natural environment.
The Parque del Molino del Agua is home to thousands of mature pine trees that extend and merge with the sand dunes on the nearby beachfront, and a faithful replica of the old water mill at the entrance pays homage to the extensive subterranean aquifers that lie beneath the sandy soil.
Closer to the beachfront, the Aleppo pine trees grow in unusual squatted forms with the trunks lying in the direction of the prevailing winds due to the high salinity.
The park is rich in both flora and fauna, and our pictures cannot portray the natural soundtrack that accompanies visitors throughout the locality.
A natural wonder: one of our favourite things to do in Torrevieja
Thousands of birds inhabit the Parque del Molino del Agua year-round, particularly woodlarks and barn swallows; and the abundant foliage provides a natural habitat for Mediterranean red-tailed geckos, field mice, Pipistrellus bats, and red squirrels that thrive in the environment.
The paths throughout the park wind through the pine trees creating a natural maze that leads to the sand dunes. Taking the most direct route, La Mata beach is approximately 450 m from the park entrance, and the paths connect to the coastal path that runs between Torrevieja to the south and Guardamar to the north.
The size of the park means that even in peak season, you will always find an idyllic spot to enjoy the serenity that the park offers, and the welcome shade and cooling sea breezes make this attraction suitable even in the height of summer.
The park is open to the public completely free of charge, offering a small children's playground and picnic seating throughout the park.
Plentiful streetside parking is available year-round, and the park is wheelchair friendly, family-friendly, and suited to persons with limited mobility. There are some steps between the wooded area and the coastal path.
One of the south Costa Blanca's best-kept secrets, the Parque del Molino del Agua is one of our favourite things to do and worth a visit at any time of year. You'll leave feeling completely stress free.
Looking for holiday ideas and travel inspiration? Find out more about our favourite recommended things to do on the Orihuela Costa or join the La Zenia community Facebook group and find out what's going on in the local area.
Photo credit: LaZenia.com.


Herbal Scent Creations was born in 1996 from a love of healing plants and herbs and my desire to use that knowledge to create 100% natural and incredibly effective body products. I use only the highest quality cold pressed fruit and nut oils, exotic butters, organic botanicals, pure essential oils and in some cases premium fragrance oils to produce my "made from scratch" soaps and other fine body products. Every product is lovingly made in small batches in order to maintain it's freshness and purity. The Earth has provided us with the necessary ingredients to keep us healthy. My products have been created with this in mind. My commitment and belief that "natural is better" is reflected throughout my product line. Ecological sustainability is present in every aspect of my business. Most containers are made from recycled plastics and shipping materials are used & re-used to minimize waste in landfills. I encourage you to recycle these and all other items you have as well. We are stewards of the Earth and it's our responsibility to keep it clean and safe for future generations. The experience of using natural products is unequal to any other. I hope you enjoy using my products and much as I enjoy making them.
Pam Hoehn, Owner, Herbal Scent Creations


SCH 80 Black Polypropylene Plug, 3/4 IN, MNPT
MACOMB GROUP APPROVED™ identifies a product sold by The Macomb Group that complies with the form, fit, and function of the products responsive to your search request.
Chemtrol® Plug, Series/Model: Model 6116-4, Nominal Size: 3/4 IN, Connection Type: MNPT, SCH 80 Schedule, Material: Polypropylene, Material Standard: ASTM D4101, Finish/Color: Black, Method Of Manufacturer: Molded, Length: 1.27 IN, Temperature Rating: 180 DEG F
|Nominal Size||:||3/4 IN|
|Material Standard||:||ASTM D4101|
|Method Of Manufacturer||:||Molded|
|Temperature Rating||:||180 DEG F|
Application: For use with chemical processing, industrial plating, chilled water distribution, deionized water lines, chemical drainage and waste water treatment system


Name : Taxodium distichum
|Zone : 4|
Category : Evergreens
|Description : An interesting tall, pyramidal deciduous conifer characteristic of the South but actually quite hardy; narrow bright green leaves turn golden brown in fall, a broad trunk and odd knee-like protrusions at the base when grown in standing water.
Baldcypress has emerald green foliage throughout the season. The ferny bipinnately compound leaves turn an outstanding orange in the fall. Neither the flowers nor the fruit are ornamentally significant. The shaggy red bark adds an interesting dimension to the landscape.
|Habit : Pyramidal||Height : 20m||Width : 9m|
|Price : $85.00 5 Gallon (R17)|| || |


Scientist Katharine Hayhoe talks about the intersection of science and faith, climate change and what we as citizens can do to help.
Katharine Hayhoe is an atmospheric scientist who studies climate change. In 2014, Time Magazine recognized her as one of the top 100 Most Influential People in the world. Dr. Hayhoe is currently a professor and directs the Climate Science Center at Texas Tech University. She also hosted the PBS Digital Studios web series “Global Weirding.”


In the UK and much of Europe, debit and credit cards have long been the default – and sometimes the only – payment method available to ecommerce customers. In 2020, only debit card payments alone amounted to 36.5 billion according to UK Finance.
Negative impact of plastic banking cards on our environment
Besides the fact that the aging card payment infrastructure comes with a lot of friction, chargebacks, fraud and associated expensive costs, most plastic banking cards also significantly contribute to a major plastic pollution problem. Most plastic cards are made of PVC (polyvinyl chloride), a sturdy plastic material that’s quite difficult to recycle. Because most recycling stations won’t accept plastic cards, several millions of them end up in our landfills and oceans each year.
When plastic cards are left to accumulate in the environment, they break down into micro-plastics that harm human and animal health. Dyes and inks that wash off cards may also seep into groundwater reservoirs and pollute freshwater sources.
Sustainability: Account-to-account payment – how to make a change
Without any intervention, our card waste problem could soon spiral out of control. ShoppingOS collaborated with Treepoints to enable more users in the UK to adopt open banking payments by testing live payment with a minimum of £1, all donations go to Treepoints to facilitate more tree planting. There are now more than 5 million active users of open banking services in the UK as at January 2022, ShoppingOS aims to increase open banking users to about 18 million in the next coming months.
Test open banking payments with ShoppingOS donate a minimum of £1 to plant a tree.
Treepoints is taking a revolutionary new approach in the fight against climate change. The UK-based startup is on a mission to simplify climate action, helping people and businesses to understand their impact on the environment and then actively do something about it by reducing their carbon footprint.
ShoppingOS is a no code account-to-account payment platform for e-commerce merchants, our open banking technology bypasses card networks to allow customers to pay merchants directly from their bank account.


Ocean Winds (OW) and Canada Pension Plan Investment Board (CPP Investments) are pleased to announce that their newly formed offshore wind joint venture Golden State Wind was awarded an 80,418-acre lease area by the U.S. Bureau of Ocean Energy Management (BOEM) in the Morro Bay area off the central coast of California.
The lease area awarded, OCS-P 0564, is one of five sites off the coast of California that was the subject of an auction held by BOEM. This auction is particularly notable as it is the first floating offshore wind lease sale in the country, and the first offshore wind lease sale of any kind, on the West Coast.
OW has more than 10 years of experience in floating offshore wind, most notably through the development and operation of Windfloat Atlantic, the world’s first fully commercially operational floating offshore wind farm. OW has a substantial portfolio of floating projects in Europe and South Korea and is ideally positioned to bring this technology to the Golden State.
Golden State Wind’s winning bid for lease area OCS-P 0564 was $150.3 million, with OW and CPP Investments each maintaining a 50% investment in the project. When fully built out and operational, the lease area could accommodate approximately 2 GW of offshore wind energy, generating enough energy to power the equivalent of 900,000 homes. This will bring the U.S. and California closer to meeting their clean energy goals of 15 GW of floating offshore wind generation by 2035 in the U.S. and 5 GW by 2030 in California – building a new domestic industry, creating jobs for Californians, and boosting the local economy.
As part of Golden State Wind’s winning bid, OW and CPP Investments commit to investing $30 million in workforce development and supply chain initiatives and to work closely with key local stakeholders to maximize the benefits to California from the emerging offshore wind industry.
Michael Brown, the CEO of Ocean Winds North America, noted: “OW is a pioneer of floating offshore wind technology – with nearly 3.7 GW of floating wind projects in development or operations in Portugal, France, South Korea, and the UK – and we are ready to bring our expertise to the U.S. as well. OW currently has about 4 GW of projects already under active development in the Northeastern U.S. and this is the perfect opportunity to further expand our portfolio and contribute to the Federal Government’s ambitious floating offshore wind targets. We are pleased to partner with CPP Investments on this project and believe this will be the start of a strong relationship that may extend to future projects in other geographies.”
Bruce Hogg, Managing Director and Head of Sustainable Energies at CPP Investments, said: “We are proud that our partnership with Ocean Winds has earned this opportunity to help accelerate the transition to lower-carbon sources of energy for Californians and, more broadly, to serve as an example for other jurisdictions. This investment aligns well with our efforts to reduce carbon emissions across our portfolio while continuing to deliver strong, long-term risk-adjusted returns for the Fund’s contributors and beneficiaries.”
CPP Investments’ Sustainable Energies group is active across the global energy system, with net assets totaling approximately C$30 billion as of September 30, 2022, including investments in renewables, utilities, and power generation.