Written by Dan
Halimeda Algae is a decrative algae also known as the Cactus Algae & Money Plant. Though technically it is an algae its shape and growth patterns make it both visually appealing and a beneficial nutrient extractor for your saltwater tank.
|Minimum Tank Size||20|
|Diet||Photosynthesis and Calcification|
|Water Conditions||72-78° F, dKH 8-12, pH 8.1-8.4, sg 1.023-1.025|
|Natural Habitat||Coral Reefs worldwide|
How much room do they need?
Depending on the specific species they can get several inches tall and is recommended to be housed in no less than a 20g tank if you are growing these in a tank with fish to ensure plenty of swimming room.
What do Halimeda look like?There are four common species from the Halimeda family that can be readily found in the aquarium trade. H. copiosa grows with small bead like segments in longer chains. H. opuntia grows in shorter dense bush like formations. H. discoidea and H. tuna split the difference and grow in mid-sized strands with large disk like segments.
Will fish eat Halimeda Algae?
The interesting shape and size of these make for a really cool natural living decoration for a fish only tank. They are fully reef safe and look good mixed in with a colorful reef tank too. Since most grazing fish like stugeonfish(tangs) will most likely steer clear of them they are a great addition to a fish only tank w/out worrying if your fish will eat or damage them. They may give them an initial try, but in most cases will leave them alone due to the calcium buildup in the plant along with the noxious taste they generate as a deterrent to being eaten.
One of the few species that dose threaten the growth of halimeda algae are the lettuce slugs. The lettuce slug will feed on the chloroplasts in the algae so that they themselves can be photosynthetic.
Where is Halimeda Algae found in nature?Halimeda algae plants can be found throughout the world’s seas in places like Hawaii, The Caribbean, and the Great Barrier Reefs to name a few of the more popular places they are found. The largest natural formations of this plant are found in the Great Barrier Reef where patches span miles of sea floor.
Halimeda algae plants do not do well with excessive pruning but will need a regular haircut. Studies have shown that with a good nutrition base they can actually double in growth in about 2-4 weeks. Do to this growth they can compete with Caulerpa algae as a nutrient extractor for your tank. Caulerpa algae is primarily known for being highly recommended as a nutrient extractor for refugiums.
Because it does grow using available calcium it can serve as a good calcium and alkalinity test. A healthy plant means good nutrient for growing stony coral. This is however double edged sword because that also means they are pulling some of these nutrients out of the water and away from your coral. If you have these with stony coral it is highly recommended to dose the tank with calcium. In a fish only tank with no stony coral these plants could thrive without fear of stunting the growth of corals.
Do you have experience growing Halimeda? Please share your experience in the comments section below.
Halimedia ReproductionHalimedia reproduces sexually very similar to Caulerpa algae. Durring this reproduction the plant will spill its gamets(male or female genes) into the water. In some cases aquarists who had large amounts of Caulerpa have talked about their tank being filled with green water and in a few instances, sudden loss of life with some fish or inverts. It is hypothesized that these deaths are likely caused by the sudden strain on the tanks oxygen levels due to the sudden algae bloom in the water. Halimeda will unlike do this unless you have huge amounts of it filling your tank, rarely prune them, and have low iron levels in the water. A sexualization that could harm your tank is unlikely though. When these events do occour, even though not tank threatening, you will want to do a good water change. Haimedia give an indication a few hours before sexualization, something Caulerpa does not do. A few hours before the event the algae will turn pale white and show dark green spots along its edge. Once the gamets are released it will leavebehind its aragonite skeleton which can become part of the substrate or even thrown in a calcium reactor to feed new growth or even coral growth.
With Halimeda Algae growing at a rate that can rival Caulerpa making it an excellent choice for nutrient extraction, the fact that most fish will not eat it, and the unique shape it grows in makes for a great addition to any fish only tank. It also would be wonderful in any reef aquarium also but with coral needing to feed on the calcium in your water you will want to keep a close eye on your calcium level and most likely need to dose the tank.
What is your experience with this algae? Let me know in the comments below.


Mild, with hot-arid aspects that distinguish Lake Garda from other, more humid and colder pre-Alpine lakes. Readings taken by the Pio Bettoni Meteorological Observatory and Seismic Station in Salò from 1952 to 1976 gave the following:
- an average annual temperature of 13.3°C, with seasonal averages of 4.1°C in winter, 12.8°C in spring, 22.6°C in summer and 13.6°C in autumn;
- 10-12 days of frost a year;
- average annual humidity of 71%;
- 2050 hours of sunshine a year;
- 1180mm rain per year, typically in spring and autumn. Snow or fog are quite rare on the lake shore.
These particularly pleasant conditions are due to the mitigating effect and vicinity of the water, which has quite high temperatures: its surface temperature may even rise to as much as 25°C, while at a depth of 50m the average temperature is 13°C and at 100m, 8.5°C. Lake Garda has the highest deep-water temperature of the great pre-Alpine lakes.


The Two Oceans Aquarium participates in research and conservation programmes for two species of sharks, namely ragged-tooth sharks and seven-gill sharks.
In the Beginning
In 2004, the Two Oceans Aquarium in conjunction with Save our Seas and the AfriOceans Conservation Alliance (AOCA), tagged and released Maxine, a ragged-tooth shark that had been housed in the Aquarium for eight and a half years. Maxine’s fascinating history and release gave rise to the M-Sea programme (Maxine Science, Education and Awareness Programme). This programme aimed to gain scientific information about ragged-tooth sharks and to raise awareness of their plight.
Since then, the Two Oceans Aquarium has subsequently released several other sharks back into the ocean every two years. After Maxine, another three Aquarium sharks were tagged with satellite tags and released, while sharks released since 2009 have received spaghetti tags.
In 2013, we released two sharks fitted with acoustic tags, which can be used to track their movements along the South African coast. Watch these short videos below, documenting the release:
Why do we release our sharks?
Scientists are using every opportunity available to learn more about these incredible animals that have been roaming the Earth’s oceans for the more than 400 million years. Releasing sharks that have been housed at the Two Oceans Aquarium affords us a great opportunity to study ragged-tooth sharks in general and their migration patterns along the southern African coastline. The data from Maxine’s tag and other tagged sharks revealed fascinating aspects of the sharks’ lives.
- Globally vulnerable species
- Locally abundant
- Long-lived species
- Not breeding in the Two Oceans Aquarium
- Opportunity to highlight the plight of species locally and globally
- Ambassador species
What are the objectives of the tag and release programme?
- To create awareness about the plight of sharks: Over 100 million sharks are killed around the world every year
- To change peoples’ perceptions of sharks: they are not ‘man-eating monsters’ but top predators in the oceans and important for keeping the ecological balance
- To determine the success of releasing sharks from the Aquarium back into the wild
- To compare their behaviour to wild sharks
- To investigate migration patterns
Why shark conservation?
Shark numbers are declining at a rapid pace due to overfishing. As predators they keep the marine food chain in balance. By killing as many as 100 million sharks every year, we are disrupting the food chain and the ocean ecosystem.
Sharks have been damningly portrayed as “vicious killers”; an image that is completely unneccessary and unwarranted. Through our shark conservation porgrammes and releases we aim to change people’s perception of these animals.
Sevengill shark research
With thanks to Woolworths, the Two Oceans Aquarium donated over R150 000 to Dr Alison Kock, research manager for the Shark Spotters, who is leading an exciting five-year research project on broadnose sevengill sharks (Notorynchus cepedianus, also known as cowsharks). Aquarium staff also physically assist Dr. Kock by accompanying her on tagging trips and assisting with the catch, sampling, tagging and release of the sharks.
Read more about the project here:
You can also download the following articles about our shark release programme:
A research paper co-authored by Two Oceans Aquarium Curator Michael Farquhar Maxine's Release (130 KB) Maxine's Journey (164 KB) Maxine's Satellite Secrets Revealed (133 KB) Val's Release (192 KB) Rethink the Shark (129 KB)


In recent years, there has been a significant shift towards sustainable transportation options as people become more conscious of their environmental impact. One such solution that has gained widespread popularity is the Mihogo Electric Bike. This innovative mode of transportation combines the convenience of a traditional bicycle with the efficiency of an electric motor, offering a practical and eco-friendly way to commute. In this article, we will explore the features and benefits of the Mihogo Electric Bike, highlighting its role in revolutionizing urban transportation.
Efficient and Environmentally Friendly:
The Mihogo Electric Bike is powered by an electric motor, making it an energy-efficient alternative to conventional vehicles. By using clean energy and producing zero emissions, these electric bikes help to reduce air pollution and combat climate change. With increasing concerns about carbon emissions and their impact on the environment, the Mihogo Electric Bike provides an eco-friendly option for daily commuting.
Enhanced Commuting Experience:
Commuting in busy urban areas can often be a stressful and time-consuming experience. However, the Mihogo Electric Bike aims to alleviate these challenges. With its electric motor, riders can effortlessly navigate through traffic and reach their destinations faster. The electric motor provides a boost to pedaling, making it easier to tackle hills and cover longer distances. This enhanced mobility allows riders to bypass traffic congestion and enjoy a more efficient and enjoyable commuting experience.
Versatility and Convenience:
The Mihogo Electric Bike is designed to be versatile and convenient, catering to a wide range of commuting needs. With adjustable settings, riders can choose between manual pedaling, electric-assisted pedaling, or full electric mode. This flexibility ensures that riders can adapt to various terrains and riding conditions effortlessly. Additionally, the compact size and lightweight design of the Mihogo Electric Bike make it easy to maneuver in crowded urban environments, allowing riders to navigate through narrow streets and find parking spaces with ease.
While the electric motor provides an added boost, the mihogo electric bike still encourages physical activity. Riders have the option to pedal manually, promoting cardiovascular health and overall fitness. Commuting on an electric bike offers a low-impact form of exercise, reducing the strain on joints and muscles commonly associated with traditional bicycles. With the Mihogo Electric Bike, individuals can maintain an active lifestyle while minimizing the physical exertion typically associated with commuting.
Compared to conventional vehicles, the Mihogo Electric Bike offers a cost-effective mode of transportation. The price of the bike itself is significantly lower than that of a car or motorcycle, and the operational costs are minimal. Charging the battery is affordable, and maintenance requirements are generally less frequent and less expensive. As a result, individuals can save money on fuel, parking fees, and maintenance expenses while still enjoying a reliable and efficient mode of transportation.
The Mihogo Electric Bike represents a significant advancement in sustainable transportation options. Its efficient electric motor, versatility, and convenience make it an ideal choice for urban commuting. With zero emissions and reduced reliance on fossil fuels, the Mihogo Electric Bike plays a crucial role in reducing air pollution and combating climate change. By incorporating this eco-friendly mode of transportation into our daily lives, we can contribute to a greener and more sustainable future. The Mihogo Electric Bike offers a practical solution that combines convenience, health benefits, and environmental consciousness, making it a revolutionary choice for commuters seeking a sustainable and efficient way to travel.


Sri Lanka set up a panel Friday to assess neighboring India's plan to deepen the waterway separating the two countries, saying the project could harm marine life.
India has begun dredging the Palk Strait, where a reef known as Adam's Bridge makes the waterway too shallow for ships traveling between east and west India, forcing them to take a longer, costlier route around Sri Lanka.
But critics in Sri Lanka say that dredging the seabed may affect water currents and temperature, as well as marine life and the livelihoods of fishermen.
"Sri Lanka is indeed concerned," government spokesman Nimal Siripala de Silva told reporters after the cabinet set up a panel of experts to study the project's (Sethusamudram project) impact on marine life near Sri Lanka's coasts.
India recently began work on the Rs 2,500 crore (Rs 25 billion) project to deepen the 167-kilometer (104-mile) channel. It is expected to open to ships in 2008, reducing transit time between India's east and west coasts while cutting shipping and fuel costs.
Sri Lanka hasn't formally objected to the project and De Silva did not say what prompted the government to set up the experts' group after India had already begun work on the project originally planned more than 140 years ago.
The idea for a canal at India's southern tip originated with British colonial officials in 1860. Over the past 145 years, 14 committees, nine of which were set up by the British, examined and shelved the plan.


Northwest Foraging Book
Originally published in 1974, Northwest Foraging quickly became a wild food classic. Now fully updated and expanded by the original author, this elegant new edition is sure to become a modern staple in backpacks, kitchens, and personal libraries. A noted wild edibles authority, Doug Benoliel provides more than 65 thorough descriptions of the most common edible plants of the Pacific Northwest region, from asparagus to watercress, juneberries to cattails, and many, many more! He also includes a description of which poisonous "look-alike" plants to avoid -- a must-read for the foraging novice.
Features include detailed illustrations of each plant, an illustrated guide to general plant identification principles, seasonality charts for prime harvesting, a selection of simple foraging recipes, and a glossary of botanical terms.


Ants are fascinating creatures. Look at the ground on a fairly nice day, and chances are you’ll see several scurrying around. The ants we interact with in everyday life tend to be scouts or foragers. The colony, with its impressive and complex tunnel system, remains hidden underground. Visible ant habitats, such as the Ant Farm® product (Ant Farm® is a registered trademark of Uncle Milton Industries, Inc.), provide insight into the lives of these amazing insects. Ant Farm habitats enable viewers to peer into the mysterious world of ants and how they tunnel. Usually made of two panes of glass (or clear plastic) and filled with sand, Ant Farm® habitats and their ilk allow a micro colony of ants to be put on display in a home or office. As ants tunnel in the sand, viewers are able to witness a network of tunnels develop before their eyes. Ant habitats using sand may also be created using glass canning jars, and the like. Because you can’t really see through sand, the visible tunnels are pretty much limited to those next to the outside wall. Another important detail about sand and soil based ant habitats – they don’t like to be moved. Shaking, whether from a strong earthquake or human-made, can cause the tunnels to collapse – an Earth-shattering cataclysm, at least from the ants’ perspective. This posed quite a problem for the scientists at NASA, which resulted in an ingenious solution.
Gravity is a great indicator of direction. While we may not be certain which way north is without a compass, up and down can always be determined. To what degree, scientists wondered, do ants use gravity in creating their tunnel network? If an ant colony were in a zero-gravity (technically, ‘micro-gravity’), environment, would they know to tunnel down – and how complex would their tunnels be? NASA had been planning experiments around ‘life in space’. The long-term goal, being to discover how certain species react to a micro-gravity environment. Would ants tunnel downward? Would spiders spin webs? These are some of the questions NASA set out to answer.
Containers for various forms of life were developed for space flight, however a ‘cosmic colony’ of ants posed a unique puzzle. With a soil/sand-based habitat, NASA and the Space Shuttle crew had two, equally problematic options. If ants were added to the habitat prior to take-off, the tremendous G-forces would collapse any tunnels, killing the ants. Trying to add ants to the habitat in a weightless environment might make for an entertaining ‘bloopers’ video, but would be counter-productive for research. Even if this could be done without the Space Shuttle hosting several rogue floating ants, the tunnels would still collapse from the shaking caused during re-entry. It became clear that NASA needed a habitat ants could live and tunnel in, that could withstand a significant amount of shaking. A special gel material was created which would serve as a tunneling medium for the ants, as well as a nutrient source. AntWorks™ is based on this technology.
AntWorks ® allows one to study the behavior of ants in a unique, self-contained environment. Its special gel is full of nutrients specially formulated for the needs of the ant. Because the gel is clear, one can see tunnel architecture develop in 3-D – offering a new and unique perspective from that of the traditional, soil-based habitats. AntWorks ®includes a container with a special gel formulation, magnifying glass, 20 page booklet detailing fascinating ant facts, and a special ‘extreme magnification lens’ with which one can even see hairs on the ants! AntWorks ® is amazing, new and Patent Pending.


Eco Keeper Bed Bug Traps are designed to monitor and trap bedbugs as they enter and exit beds and other furniture. These non-toxic traps are made from wood and cardboard with holes that bedbugs prefer as a form of harborage. Bed bugs prefer to stay close to their host and Eco Keeper is the perfect product for containment of the pests.
Eco Keeper Bed Bug Monitor and Glue Trap is easy to use, non-toxic and very effective in monitoring and trapping bed bugs.
|Target Pest(s):||Bed Bugs and other insects|
|Dimensions:||7.3 x 7.3 Inches|
|Fits On:||Furniture legs with diameters less than 4.3 inches|
|Size:||12 Traps/ Box|
|Not For Sale To:||No Restrictions|
Before placements, move beds and furniture away from walls. Keep sheets, blankets, pillows and other objects away from contact with the floor. Position the legs at the center of the trap and avoid contact with the adhesive. Inspect traps regularly every 1 to 2 months. For severe infestations, check traps once or twice a week. Replace traps when bed bugs are detected. Dispose of used traps in a sealed plastic bag to avoid re-infestation.
Eco Keeper Bed Bug Monitor and Glue Trap is for use inside apartments, homes, hotels, hospitals and other residential and commercial areas.
Please refer to and follow the instructions on the Product label.
There are no reviews for this product.
Do You Have a Question about this Product? Ask Our Experts!


Parks, Trees & Environment
The City of Atlanta Arborist Division is charged with protecting the City’s tree canopy on private property throughout the City of Atlanta. Protecting and permitting the removal of trees can be done either under a building permit or through an application to remove a dead, dying, diseased, or hazardous tree.
Additional information about the tree ordinance, permitting, etc. can be found here.
Trees found on public land (including parks and other public spaces and the right-of-way along streets) are managed by the Office of Parks. Trees on public land may not be removed, pruned or damaged without express permission of the Office of Parks.


Pop-up Insect House is a mesh tent perfect for raising butterflies and releasing them when they have grown. Watch in amazement with your children as the eggs become larvae then chrysalis and finally adult butterflies. This tent can also be used to protect plants as they grow. Easy and light to move around the garden.
Pop-up Insect House is a mesh sided, airflow tent that can be used to temporarily house any type of butterfly through their growth phases or for growing plants. The mesh allows for loads of air to move through the tent and light while protecting the insects or plants from predators or pets.
Light and easy to move around the backyard anywhere by anyone to get the best access to sunlight and shade. Coming in nice colours and shapes so that it is not an eyesore in the garden. A family friendly tent to protect the things you love while they grow.
Pop-up Insect House can sustain the full cycle of a butterflies life from egg, larvae, chrysalis and adulthood. Watch your butterflies grow into beautiful insects and when their wings are dry you can let them go out into the world to fly. Maybe they won’t want to leave.
Your children and the rest of the family will enjoy this little tent and watch your kids excitement as the plants grow or butterflies transform. Film it each day and watch the progress again and again in slow motion or super speed.
This tent comes in a few different colors and shapes to suit most gardens colouring and size. Kit includes a book on how to raise butterflies with loads of information and colour pictures to follow. An educational kit for the whole family.


If you think that bed bugs are not a problem or a health risk, you are seriously mistaken. While these small insects have always been a problem, recently information about bed bugs has come to light suggesting that they are more of a problem than ever before. Here is the information you need to recognize them and some tips on why you need to get rid of them and the health problems they can cause.
The problem with these insects is that they are very similar in many ways to other bugs like mosquitoes, black flies and fleas. Unlike fleas, they prefer to feed off of the blood of humans although they have been known to survive by eating the blood of animals as well. When they feed, it is not simply a matter of biting and drinking the blood. When these insects feed, part of the process involves injecting their victim with various chemicals such as anticoagulants (to keep the blood flowing) and anesthetics (so that the victim does not feel the bite and the bug can feed in peace). It is these substances that can cause problems over and above the blood loss itself.
These pests love to live in homes and tend to concentrate in our beds and any other furnishings where people sleep and spend time. This can include couches, soft chairs and love seats. During the day, they tend to hide out of sight but may still be fairly active. At night, when people and animals are sleeping, the insects emerge from their nests and begin to feed.
When someone is bitten by one of these insects, they end up with bites that are much like those of a mosquito. There may be a bump which is raised from the surrounding skin. A flat welt may also form. The main difference between these bites and those of other insects is that they are far itchier than other bites may be and this itching can continue for some time after the actual bite has healed.
Two of the most severe problems that can come from bites include anaphylactic reactions to the bites themselves and secondary infections caused by scratching the bites themselves. Severe scratching can break the skin and this can allow secondary infections to occur. In some cases, if a person is being bitten by a large number of insects, they can develop anemia from blood loss. There are medications that can help control the itching and inflammation. These can include corticosteroid creams.
You may be surprised to find out that these insects are becoming a lot more common. They are often carried from infected hotel or motel rooms to homes by the transportation of infected clothing. As well, the fact that more people are beginning to live in condominiums and apartments is making it easier for these insects to spread and flourish.
If you are worried about whether you have these insects in your home, look for signs of blood on your sheets. Feeding bugs will also leave feces behind in the sheets and there may sometimes be shed skin or the body of a bug which has been crushed while feeding. If you do have them in your home, you can steam clean your beds and soft furniture or spread diatomaceous earth because both of these are safe and effective. Larger infestations may require the services of a pest control expert as well.
Bedbugs are tiny parasites that can find a way into your home by jumping aboard your luggage during travels. If you have had a stay over at a residence or inn that resulted in red, itchy bite marks on your skin, you have likely been exposed. Most online information sounds pretty dire, but a very successful bed bugs treatment can be had relatively easily in the form of prevention. Several small steps can save you both money and time.
Bed bugs have been a part of the human existence for quite some time. Many believe this is why households commonly kept a boiling vat of water on. Sufficient amounts of heat can be incredibly efficient in doing away with bed bugs. Bedding and clothing could be easily submerged on a routine basis to avoid reinfestation. Because these parasite are just as happy to feed off of animals as well, including domesticated animals, treating these areas would have been necessary as well.
Heat is one of the more effective ways to kill these parasites without seeking professional treatment. The difficulty in using heat is doing so without damaging your items. Also there are hiding places in which bed bugs may be present that you are unable to permeate with the needed amount of heat.
Modern clothes are not always colorfast, especially when submerged in boiling water. Opting to use this treatment will cause your clothes to fade, bleed and possibly stain other items. If bed bugs are present in your house, this method of treatment will not fully address their presence. This means that your clothes will be ruined and bedbugs may still be hiding in your bed frame.
A truly effective method of prevention is to lock all of your luggage and other travel items into the car with the windows rolled up. The car should be sitting in direct sunlight. This will create the greenhouse effect and bring the temperature of the car high enough to kill any hitchhiking bed bugs. Leaving your items in the car for several hours will likely do the trick.
This method however, is only successful when treating items that have from a hotel or someone else house. If you simply suspect that you have been exposed to an infestation, then this is a good way to protect yourself against having the infestation spread to your home. This should be done before bringing luggage and other treatable items into the house.
Once bed bugs have entered home however, it is always most effective to enlist personal assistance. While human successfully dealt with bed bugs long before exterminators were a popular option, or lives and possessions are far more complex. Eliminating all potential breeders from lives that are often cluttered can be a painstaking process.
If you have noticed suspicious bites on your body while away on travels, taking preventative measures upon your return home will help limit the likelihood of bringing bed bugs home. If you miss the mark on that however, and only notice the problem once the parasites are successfully in, enlisting professional assistance immediately can help clear your house and eliminate the possibility of your spreading them to the houses of families and friends.


ATTRACTIONS & LANDMARKS IN THE GOLAN HEIGHTS
The Golan Heights is a distinctive region covered by Basalt rocks, created from volcanic reactions millions of years ago.
It is the northeast border of Israel with Syria.
The Golan Heights reaches a altitude of 3,600 ft. above sea level and the top peaks reach a summit of 4,000 ft. On the Northern side of the Golan Heights soars Mount Hermon, the highest mountain in Israel, which is the border between Israel, Lebanon and Syria. On the southern side is the Yarmouk River, which is the border between Israel, Syria and Jordan.
This combination of basalt rocks so high above sea level creates the unique appeal of this region.
About 60,000 people live in the Golan Heights. Half of them are Jewish and half are Druze who live in four villages in the northern part of the Golan.
There are many reasons to visit and travel the Golan Heights:
Spectacular views and great vantage points, wildlife, wonderful routes for hiking or by car, local folklore, archeological sites from different eras and great restaurants.
We invite you to join us and explore this stunning region, on a journey of sites, history, people and tastes.
Our Jeeps can go anywhere in any season.


Due to the particularity in nature and stable position in the market of plastic materials, the best way to dispose them is recycling not landfill. GreenBeston plastic pelletizing machine for sale is one of the most utility waste plastic recycling plants. It adopts the latest pellets manufacturing techniques to make plastic granules for plastic reproduction. Because of the utility and huge potential values it can bring, our plastic pelletizer machine has been well sold around the world. This practical waste plastic recycling plant of GreenBeston is mainly consisted by agglomerator, extruder, hydraulic filter changer, cutting system, down spouting as well as the heating and cooling system.
Working Flow of GreenBeston Waste Plastic Pellet Making Machine
- After being sorted in a waste sorting machine, the plastic will be firslty go through the crushing.
- Crushed plastic will receive high-pressure cleansing to make sure a sanitary production process, after that, the clean plastic will go to gravity separation part to separate different types of plastic according to weights.
- After sorted out, the plastic will be dried in the hot air drying system after another round of high-pressure cleansing.
- And then the waste plastic will go through two times of extrusion. In the first time of extrusion, the waste plastic will be heated and melted together; in the second time of extrusion, the waste plastic will be pelletized into plastic granules.
- After pellets are made, they will go to the cooling system for cooling down and finalizing the shapes.
Unique Features of GreenBeston Waste Plastic Recycling Pelletizing Machine
- This machine is a complete production line of plastic pellets, from feeding, pelletizing, modeling to cooling. It covers every step of plastic pellets manufacturing, so it is very convenient for our clients to use.
- We have add drying system to the machine, so there’s no need for additional drying of the plastic granules, saving time cost for our clients.
- The working process is accurate and precise, so the plastic granules finally produced are uniform and standard in shape.
- We adopt high pressure heating method to save energy and production cost for our clients.
- The whole machine is fully continuous and automatic with high working efficiency and high safety level.
- As a green plant for waste plastic recycling, it has no harm and exerts no pollution to the surroundings.
Wide Use of Plastic Granules Machine
Raw materials: waste plastic materials, including polyethylene (plastic films, bottles and plastic bags, etc.) and polypropylene (packing bag, non-woven fabrics, etc.)
End Products: renewable plastic granules, which can be used in the following areas,
- Daily life: plastic bags, basins, buckets and other plastic daily stuffs.
- Agriculture: plastic films for greenhouse, packing bags and so on.
- Rag trade: raw material to make clothing, ties, buttons, zippers and so on.
- Building materials and housing decoration materials: construction tools, plastic doors and windows and so on.
Specification of Plastic Pelletizing Machine for Sale
|Major axis||Φ100*2200 mm||Φ120*2600 mm||Φ150*3200 mm|
|Capacity||100-150 kg/hour||130-200 kg/hour||220-350 kg/hour|
|Power||37 kw||37 kw||55 kw|
|Die-head||200 Electric single||250 Electric single||300 Electric single|
|Cooling water baths||3000*500*300 mm||3000*500*300 mm||3000*500*300 mm|
|Electromagnetism 5.5 kw|
|250 KG wind barrel 0.75 kw
|250 KG wind barrel
0.75 kw medium-pressure
|500 KG wind barrel
1.5 kw medium-pressure
This high efficiency low price waste plastic pelletizing machine is one of many waste plastic recycling plants of GreenBeston. You can also choose our waste plastic to oil plant. Different from pelletizing machine which mostly use physical ways to cut plastic, it adopts pyrolysis technology to get diesel oil and carbon black from waste plastic, so as to recycle the plastic. But similar with the waste plastic recycling pelletizing machine, it is a green and eco-friendly plant with high working efficiency and large output. You can go back to the homepage of GreenBeston for more information or leave message to us now if you are interested.


The carbon footprint of lab-grown diamonds has been a subject of interest in recent years as consumers become more environmentally conscious and seek sustainable options in the diamond industry. In comparison to mined diamonds, lab-grown diamonds offer several advantages in terms of their carbon footprint.
One of the major benefits of lab-grown diamonds is that they can be produced using renewable energy sources, such as wind or solar power, which greatly reduces their carbon footprint compared to mined diamonds. The energy-intensive process of creating lab-grown diamonds is also much more efficient and controlled in a laboratory setting, reducing the overall energy consumption and greenhouse gas emissions compared to the energy-intensive mining process of extracting diamonds from the earth.
Additionally, the production process of lab-grown diamonds generates significantly less waste compared to mined diamonds. The by-products of the diamond-growing process can be recycled and reused, further reducing their carbon footprint. The mining process, on the other hand, generates large amounts of waste and debris, which can have a significant impact on the environment.
The carbon footprint of lab-grown diamonds is also more predictable and transparent compared to mined diamonds. The laboratory environment allows for precise control and monitoring of the production process, enabling the calculation of the carbon footprint with greater accuracy. In contrast, the environmental impact of diamond mining can be difficult to measure due to the vast and remote locations of diamond mines and the lack of available data.
The carbon footprint of lab-grown diamonds offers several advantages over mined diamonds. By choosing lab-grown diamonds, consumers can help reduce their carbon footprint and make a positive impact on the environment. With the advancements in technology and the increasing demand for sustainable options, the lab-grown diamond industry is poised for growth and is expected to play a key role in reducing the carbon footprint of the diamond industry as a whole.


From The New York Times:
7.7 Million Young People Are Unemployed. We Need a New ‘Tree Army.’
The Depression-era Civilian Conservation Corps helped build America at a time of national crisis. Let’s do it again.
Nearly 40 percent worked in the devastated retail and food service sectors. And as the most recently hired, young workers are typically the first let go and often the last rehired, especially those of color.
As our country’s leaders consider a range of solutions to address this crisis, there’s one fix that will put millions of young Americans directly to work: a 21st-century version of the Civilian Conservation Corps.
In 1933, when President Franklin Roosevelt created the C.C.C., he was facing, as we are today, the possibility of a lost generation of young people. The conservation-minded president’s idea was to hire young unemployed men for projects in forestry, soil conservation and recreation. By 1942, the 3.4 million participants in “Roosevelt’s Tree Army” had planted more than three billion trees, built hundreds of parks and wildlife refuges and completed thousands of miles of trails and roads.
While the corps was not perfect — only men were hired, work camps were segregated, and some projects caused ecological damage — the C.C.C. was the most expansive and successful youth employment program in American history. It also played a crucial role in forging the Greatest Generation, which defeated fascism and built the strongest economy in the world. Today, there’s plenty to do for a revitalized conservation corps that would put young Americans back to work.
We’ve amassed a staggering backlog of restoration needs for our nation’s lands and waters, and face escalating vulnerabilities to fires, floods, hurricanes and droughts. Our national parks, wildlife refuges and other public lands have $20 billion in deferred maintenance — and states have tens of billions of dollars more. Eighty million acres of national forests need rehabilitation. Half a million abandoned coal and hard-rock mines and thousands of orphaned oil and gas wells need reclamation. More than 12,000 species of at-risk wildlife, fish and plants need conservation.
Smart investments in natural solutions could create millions of immediate jobs for the demographic groups and regions acutely affected by the downturn. One study found that restoration jobs support up to 33 jobs per $1 million of investment, which can stimulate economic growth and employment in other industries. Those that would stand to benefit include outdoor recreation, agriculture, forestry and ranching, which have been hit hard by the pandemic.
These projects would expand recreational opportunities, increase our resilience to extreme weather and use nature by planting trees to sequester the carbon dioxide emissions that are warming the planet.
We already have federal, state, local and tribal plans and projects that have been vetted and are ready to go, and pending bipartisan legislation, like the Great America Outdoors Act and the Recovering America’s Wildlife Act, which would provide financing for some of this work. We also have the infrastructure of AmeriCorps’ National Civilian Community Corps and other programs that are part of the Corporation for National and Community Service. They can be scaled up and modernized, as proposed by Senators Chris Coons of Delaware and Martin Heinrich of New Mexico, both Democrats, and others.
First, all communities must benefit, including youth of color and Indigenous young people. Second, states, local governments and tribes must be full partners. Third, high-quality educational opportunities and apprenticeships must be included to ensure that the program’s participants are fully prepared for private-sector employment opportunities.
How much would all this cost? That depends on the scope of our ambitions. But clearly, there is plenty of work to be done and too many young people without jobs or prospects who are available to do it.
We can prevent a youth unemployment crisis from hobbling the next generation, strengthen local economies and bolster community resilience, but we must act now to put millions of young people to work restoring America’s natural treasures.
Collin O’Mara (@Collin_OMara) is president and C.E.O. of the National Wildlife Federation and a former participant in the AmeriCorps VISTA program.


Innovation and development are integral parts of the move towards a renewable future, but so is understanding the problems currently being faced by renewable energy developers. In light of this, GCube – a world leader in renewable energy insurance services – has released a report detailing, among other notes, the top 5 US wind energy insurance claims.
The report is based on data collected from 2012 US insurance claims, and shows that the top two claims reported against wind energy are blade damage and gearbox failure, accounting for 41.4% and 35.1% of the total claims respectively. Filling out the top 5 spots are reports regarding damage to generators, damage to transformers, and damage to the foundations.
The GCube reports notes that lightning strikes represent the most likely cause of wind turbine blade damage, but that delamination and improper handling during turbine construction and installation are frequent enough issues as to be of some concern. Poor maintenance, beyond the initial construction and installation of a wind turbine, is itself a problem especially in the wake of any damage, and is specifically a cause behind gearbox failure.
“While the industry can do little to reduce the risk of lightning strikes, we are pleased to see some of our insureds working with manufacturers and O&M providers to add blade assurance programs to their maintenance agreements that cover the repair or replacement of a blade damaged by lightning in light of the frequency of this natural occurrence,” said John McLane, GCube President.
Insurance claims dealing with a turbine’s foundation run the highest, averaging $1,300,000 and pushing up to $2,500,000 in “exceptional circumstances”. Lower on the table are gearbox claims which average $380,000 and turbine blade claims which cost approximately $240,000.
Providing data such as this is not only of benefit to industry manufacturers, but also to the insurance industry itself. Since 2008 GCube has paid out in excess of $200,000,000 in claims to the renewable energy sector, and according to GCube “the majority of this figure


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Self-healing ‘living concrete’
Scientists have developed what they call living concrete by using sand, gel and bacteria.
Researchers said this building material has structural load-bearing function, is capable of self-healing and is more environmentally friendly than concrete – which is the second most-consumed material on Earth after water.
The team from the University of Colorado Boulder believe their work paves the way for future building structures that could “heal their own cracks, suck up dangerous toxins from the air or even glow on command”.
Tiny hybrid robots made using stem cells from frog embryos could one day be used to swim around human bodies to specific areas requiring medicine, or to gather microplastic in the oceans.
“These are novel living machines,” said Joshua Bongard, a computer scientist and robotics expert


The Dorset AONB
The Dorset AONB Partnership
The Dorset AONB Partnership was established in January 2003 to conserve and enhance the natural beauty and heritage of the Dorset AONB.
Functioning as an independent body, the Partnership brings together the statutory agencies, local authorities and key stakeholders in the AONB and has an independent Chairman, Andy Foot.
The Partnership produce a 5 year Management Plan to set a vision for the future of the AONB and guide and inspire action.


As the sun sets on the era of internal combustion engines, we find ourselves at the dawn of a new age: the age of electric vehicles (EVs). But how did we arrive at this transformative moment in automotive history? To understand the present, we must venture back to the roots of transportation and dissect the journey that has brought us here.
At the core of every electric vehicle lie its essential components – primarily the electric motor, the battery, and the controller- all working harmoniously to power the car without a drop of gasoline. These pieces, although technologically advanced today, are rooted in principles that have been around for well over a century.
The concept of an electric car is not a novel one. To many people’s surprise, the first EVs hummed down streets long before the roar of gasoline engines dominated the roads. In the late 19th century, we witnessed the inception of the electric car, setting the stage for the modern EV revolution we’re experiencing today. While the internal combustion engine overshadowed these early electric pioneers for decades, the seeds of electric propulsion were sown, waiting for the right moment to sprout anew.
Key Technologies Shaping the EV Car Industry Landscape
Batteries: Central to an EV’s anatomy is its battery, which functions as the reservoir of energy that propels the vehicle forward. A battery’s endurance and energy density determines how far an EV can travel between charges. With the scientific community’s relentless endeavours, we’ve observed quantum leaps in battery technology, most notably in enhanced range and truncated charging durations.
Electric Motors: The electric motor serves as the crucial intermediary, transforming the energy stored within the battery into mechanical power that sets the wheels in motion. Notably, these motors outshine traditional gasoline engines in terms of efficiency and exhibit a clean emission footprint.
Power Electronics: Within the intricate circuits of an EV lies its power electronics, responsible for orchestrating the symphony of electric currents. They act as maestros, directing the flow, voltage, and current of electricity, ensuring that every component, from the battery to the motor, receives its precise, required charge.
Charging Infrastructure: The expansion and evolution of the EV market is inextricably tied to the growth of its charging infrastructure. While we’re witnessing an upward trend in establishing public charging stations, there’s an unmistakable call for a more robust and widespread network to democratise EV adoption.
Vehicle-to-Grid (V2G) Technology: In the progressive world of EVs, vehicles don’t just consume energy—they can also contribute back. V2G technology equips electric cars with the capability to channel stored energy back into our power grids, offering potential solutions to stabilise grid fluctuations and reduce peak power demands.
Connected Car Technology: The future of vehicles is electric and interconnected. Connected car technology equips EVs with the tools to engage in dialogues with fellow vehicles, urban infrastructures, and even vast cloud networks. This sophisticated communication matrix paves the way for advancements in traffic management, real-time navigation, and many safety enhancements.
Incorporating these technologies, the modern EV is an emblem of environmental responsibility and a testament to human ingenuity and the relentless pursuit of technological evolution.
Emerging Tech: Pioneering the Next Chapter of Electric Vehicles (EVs)
Solid-State Batteries: At the forefront of battery innovation lies the solid-state battery. Distinct from the prevalent lithium-ion counterparts, solid-state batteries replace the liquid electrolyte with a solid, potentially unlocking superior energy density. The implications? A more extended driving range, dramatically reduced charging times, and an elevated safety profile, addressing common concerns associated with traditional battery technologies.
In-Wheel Motors: Revolutionizing the design paradigm, in-wheel motors embed the electric motor directly into the vehicle’s wheel hubs. This integration offers a dual advantage: it can enhance the overall efficiency by directly transferring power to the wheels and potentially reduce the vehicle’s weight, as it may eliminate the need for some traditional drivetrain components.
Self-Driving Technology: Navigating the future roads, self-driving technology brings a vision of autonomous electric vehicles. Beyond the allure of hands-free driving, this technology harbours the potential to drastically improve road safety by reducing human errors. Furthermore, the synergy between EVs and autonomous driving promises optimised energy consumption, adapting driving patterns for maximum efficiency and range.
Graphene Batteries: Enter graphene, a wonder material that promises to redefine battery technology. Graphene batteries, albeit in their infancy, have the potential to deliver enhanced efficiency coupled with exceptional durability. As the technology matures, it could shift the EV paradigm.
Nanotechnology: Delving deeper into the microscopic realm, nanotechnology is ushering in a series of innovations for EV batteries. Incorporating nanoparticles can amplify various battery attributes, notably its energy retention capacity and overall lifespan.
3D Printing: Beyond its conventional applications, 3D printing is carving a niche in the realm of EV battery design. By facilitating novel structural designs, 3D printing can lighten the battery’s weight, optimise its performance, and reduce costs.
Other Emerging Innovations:
Battery Swapping: Offering a compelling solution to charging woes, battery swapping stands out as a potential game-changer. Allowing a swift exchange of depleted batteries for charged ones can dramatically reduce “refuelling” times, especially pivotal in regions with sparse charging infrastructure.
Battery Thermal Management: Like any other machinery, batteries must operate within optimal temperature ranges. The systems ensure that these energy reservoirs remain within safe temperature parameters, thus prolonging their life and ensuring consistent performance.
Battery Recycling: In our pursuit of a sustainable future, EV batteries’ lifecycle is paramount. The techniques aim to retrieve and repurpose materials from spent batteries, ensuring that the environmental footprint of our shift to electric mobility remains minimal.
These emerging technologies, while still in varying stages of development and adoption, illuminate the pathway towards a more thoughtful, safer, and more efficient electric vehicle ecosystem. As research continues and innovations mature, we inch closer to a future where our roads echo the hum of advanced EVs powered by breakthrough technologies.
Why is it still so expensive? Unravelling the Cost Dilemma of Electric Vehicles (EVs)
The Cost of Batteries: Undeniably, the battery stands out as the crown jewel of an EV, both in terms of importance and cost. While these batteries power the vehicles, it also commands a hefty price tag. In fact, batteries can account for nearly half the total production cost of an EV. Although we’ve seen a downward trajectory in battery prices due to technological advancements and economies of scale, the present cost remains significantly higher than traditional internal combustion engines.
The Limited Availability of Charging Infrastructure: Infrastructure often needs to catch up to innovation. The current landscape of charging infrastructure, particularly in certain regions, could be better at best. With a sparse distribution of charging stations, potential EV owners are confronted with the practicality of daily EV use, especially those in rural or underdeveloped areas. The cost of setting up and maintaining these charging stations further adds to the overall expenditure of embracing an electric lifestyle.
The High Demand for EVs: Electric vehicles’ supply and demand hypothesis holds true. The demand curve has seen a sharp incline as the buzz around EVs intensifies. While this burgeoning interest signifies a positive shift towards sustainable mobility, it also creates a supply crunch. Premium models, like the Tesla Model 3, are especially sought after, further inflating their price tags due to the overwhelming demand.
The transition to electric vehicles is laden with challenges, not least cost. However, as technology progresses, economies of scale come into play, and market dynamics evolve, we can remain hopeful for a future where EVs are environmentally friendly and economically accessible to a broader audience.
EV Companies: A Deep Dive into the Frontiers of EV Car Industry
Batteries – Powering the Future
Contemporary Amperex Technology (CATL) SZSE:300750
Leading the global race, CATL has positioned itself as a behemoth in lithium-ion battery production, catering to automobile giants such as Tesla, BMW, and Volkswagen.
LG Energy Solution KOSE:373220
A pivotal player from South Korea, LG Energy Solution fuels renowned car brands like General Motors, Ford, and Toyota.
As Tesla’s renowned partner, Panasonic from Japan stands out for the Model 3 and Model Y and its wide range of electronic applications.
More than just batteries, BYD’s prowess extends to manufacturing electric vehicles, holding a significant market share in China.
As an offspring of SK Innovation, SK On emerged as a heavyweight in the lithium-ion battery industry, holding prominence in the South Korean market.
Samsung SDI KOSE:006400
Partnering with the likes of BMW, Samsung SDI leads the way in battery solutions for EVs and other technologies.
With robust backing, Northvolt has positioned itself as a leading contender in the European EV battery space.
Solid Power NASDAQ:SLDP
Embarking on the journey of solid-state batteries, Solid Power aims to transform the conventional EV battery landscape.
Another pioneer in the solid-state battery segment, QuantumScape, eyes a future with extended ranges and rapid charging EVs.
EV Motors – Driving Innovation
Being a dominant force in the automotive components industry, Bosch’s expertise in electric motors is unparalleled.
ABB OTCPK:ABBNY ABB LTD
With a global footprint, ABB specialises in cutting-edge power and automation technologies, including electric motors for EVs.
Japan’s Nidec is renowned for its prowess in crafting motors and drives, making them a go-to choice for EV manufacturers.
German precision and innovation are evident in Brose’s electric motor solutions, setting benchmarks in the industry.
Johnson Electric SEHK:00179
Making a mark in Hong Kong, Johnson Electric’s extensive range of motors and actuators cater to various EV needs.
And The Journey Continues…
From BYD in China to Toyota in Japan, the evolution of electric motors sees global players pushing the boundaries of innovation, promising a greener, more efficient, and sustainable future. As new entrants join the foray, consumers can look forward to various choices and more competitive prices, steering us towards an electrified horizon.
Charting the Path Forward in EV Car industry
As we stand at the crossroads of automotive evolution, pondering the direction of our next steps is inevitable. The electric vehicle (EV) revolution has undoubtedly gained significant traction, reshaping how we perceive personal transportation. Yet, when juxtaposed with Hydrogen Fuel Cell Vehicles (HFCV), does the EV truly represent our automotive future?
From an environmental standpoint, while EVs offer a massive reduction in carbon emissions when compared to traditional gasoline-powered vehicles, they aren’t devoid of concerns. One of the pressing issues is battery waste management. As these lithium-ion batteries reach the end of their life cycle, the potential environmental hazards they present, if not properly recycled or disposed of, are significant.
However, it’s essential to underscore that the battery recycling and repurposing industry is in its nascent stages, and there’s tremendous potential for sustainable practices to emerge.
On the other hand, HFCVs bring a unique proposition — they produce electricity by combining hydrogen and oxygen, leaving behind nothing but water vapour. This makes them an incredibly clean alternative. Still, challenges persist, primarily surrounding the production, transportation, and storage of hydrogen in a green and cost-effective manner.
I believe EVs are significant strides toward sustainable transportation, but other destinations may exist. Perhaps there’s something slightly amiss — lingering environmental concerns or heavy reliance on specific rare materials. Personally, the promise held by HFCVs seems compelling, and they might very well be a dark horse in this race.
In conclusion, while celebrating the achievements of the EV industry, it is vital not to wear blinkers. Our pursuit should be holistic, continuously exploring and investing in alternatives like HFCVs. We can only pave the way for a sustainable automotive future with an open mind and relentless innovation.


FCBD 2022 - THE GUARDIAN OF FUKUSHIMA
March 11th, 2011: a massive earthquake off the coast of Japan triggered a devastating tsunami which, in turn, destroyed the three core reactors of the Fukushima nuclear power plant. This tragedy cost almost 20,000 lives and devastated countless more, including Naoto Matsumura, a farmer ordered to evacuate from the deadly radiation zone. Unwilling to abandon his beloved animals, Matsumura chose to return home to his farm, and to fight for the beauty of life. This powerful graphic novel from France intertwines Matsumura's story of human resilience and compassion with the compelling mythology of Japanese folk tales.
Rating: All Ages


Backyard and garden landscaping – a natural continuation and blend with the environment
When you are designing your garden or other outdoor space, the natural blend with the surrounding environment and view is essential for its nice and attractive appearance. Natural materials are the main ones to use, and there is no doubt that the top preferred material for landscaping is natural stone.
Valmarg Stone offers natural stone – polygonal slates with natural form as well as cut stone. Both materials are suitable for facings and for flooring, but they can be implemented in the making of various other areas and elements of your outdoor space in order to create a unique and unmatched surrounding.
Here are 8 advantages of the use of natural stone for your landscaping design projects:
- Natural stone is attractive and visually stunning
The beauty of natural stone is indisputable. It is a natural creation symbolizing strength, with an amazing texture and a flow of natural colors in each stone. Valmarg Stone offers natural stone in golden-beige and silver-grey hues.
- This is a material which you can use for building or decorating any part or element of your outdoor space
Water based elements are ideas which are directly borrowed form nature. They are becoming growingly popular in landscaping. You can build a stunning stream, waterfall or garden pool – be sure that the splash and rumble of the flowing water will bring joy to your ears and sight.
- This is a material which you can use to build or decorate your outdoor space by yourself
Building or decorating elements or areas with natural stone is easy, whether you choose a more basic or a more detailed design. Every irregularity will only bring more charm and originality to your landscaping project.
- You do not harm the environment when you use natural stone
The use of natural stone for landscaping helps reduce the pollution of the environment. There is no other material which is more suitable if you care for the environment. Even if you don’t combine it with plants because you do not have the means or time for caring for them, your stone creations will still be attractive and will capture the attention.
- If you plan on planting lot of vegetation, natural stone will complement it perfectly
If you have the time and the desire to plant flowers, trees and other vegetation in your outdoor space, it will bring more beauty and a breath of fresh air. Natural stone is an irreplaceable addition to every rock garden and will allow you to create a closer feel to the natural environment of the wilderness and of the mountain.
- If you live near a slope or landslide, you can fortify it with the help of natural stone
If there is a risk of landslides in your area, you can build a fortifying wall made of natural stone which will serve as solid support for the unstable slope.
- The convenience of using natural stone
Combining natural stones of different sizes and adding some smaller pebbles or stone blocks here and there in your garden, as well as various other landscaping solutions allows you to choose any combination of your preference for the design of your outdoor space. Just look around for stones which can help improve the design of your garden – it is possible that you will find just the right material near to your home.
- Natural stone is the most suitable material for a wall or fence
Whether you need a low or a high wall to separate your yard into sectors, water pools or plant and flower plots, you can use the most suitable material – cut stone. Remember the attractive stone walls in the last old village or town you visited and the charm of the uneven forms and shapes of the stones used for building them, and imagine bringing this charm into your own personal garden or backyard!


18:30 // Doors
20:00 // Blue Planet II - Part I
20:50 // Break
21:10 // Blue Planet II - Part II
The most spectacular sequences from the groundbreaking and award-winning BBC Studios series Blue Planet II in 4K Ultra HD on a giant LED wall – accompanied live by a symphonic orchestra.
Music by Academy Award-winner Hans Zimmer, Jacob Shea and David Fleming.
After the great success of Planet Earth II – LIVE IN CONCERT at Lotto Arena in Antwerp, the live adaptation of award-winning BBC nature documentaries will continue in spring 2019 – with BLUE PLANET II – LIVE IN CONCERT on March 10 at Palais 12 in Brussels.
It all began 20 years ago with a crew of nature filmmakers from the BBC Natural History Unit who set out to film a series about the world’s oceans – to an extent never seen before. The unique shots led to the award-winning series The Blue Planet, which was first broadcast in 2001, setting new standards for marine documentaries.
During the four-year shooting of Blue Planet II, the teams embarked on 125 expeditions, visited 39 countries, filmed on all continents and across every ocean. They spent 6,000 hours deep-sea diving, 1,000 of which were on underwater submersibles. Logistically, some of these expeditions could be compared to a trip into space – such was the effort. In the process, the camera teams encountered creatures that appeared so strange that they really did seem to come from a different planet.
BLUE PLANET II – LIVE IN CONCERT is a gripping mixture of symphonic concert and nature film!
The live adaptation “BLUE PLANET II – LIVE IN CONCERT” shows a selection of the most spectacular scenes from the seven-part BBC television series on a giant LED screen – and takes the viewer on a journey from icy polar seas to pulsating coral reefs, from the luminous deep sea to enormous kelp forests.
“The camera systems and technology used to explore the Earth’s surface and ocean’s depths have evolved to a remarkable extent that we are now able to acquire footage unlike ever before and we felt compelled to provide an equally elevated sonic experience.”
The unique visual images are accompanied by cinematic music composed by Bleeding Fingers Music. The City of Prague Philharmonic Orchestra, conducted by Matthew Freeman, will perform the compositions that were written for the BBC Studios TV series. The Live Concert presents a truly immersive experience of Ultra 4K visuals, soaring orchestral music and immersive sound effects.


Help us get Green Water School clean water and a school bus!
Every child has a right to education and clean water!
We want to raise £2000 before April 1st 2018 for Green water school!
This money will pay for:
Clean filtered water to be delivered to the school and community for one year.
A school bus to collect the children and bring them to school
Any money we raise over this amount will go towards paying for the second year of water and a school bus. This will be an ongoing project of supporting Green Water School by Spark Circus and Glocal Action.
Find out about Glocal action here. They are a taiwanese NGO who support Green Water Learning center.
Green Water school campaign !
£1,848 of £2,000 raised
Campaign end date


|Artist's fantasy, from Harmsworth's Magazine|
This photo-feature shows the land and structural damage from major subsidence in the late 1880s. This was caused by the collapse of shallow rock-salt mines when, after the mines became uneconomical, salt extraction switched to the recovery of "bastard brine" (obtained by water injection, which dissolved what little structural support remained). This happened most spectacularly in the Great Subsidence of December 6th 1880:
Having been an eye-witness of the great subsidence of land at Northwich, on December 6th, I will endeavour to explain how it arose. The district, of which Northwich is the centre, has two beds of rock salt underneath it. The first one, about 40 yards from the surface, is on the average 25 yards thick. Below this there is a bed of much indurated clay, about 10 yards thick, and below this again the bed of lower rock salt, some 35 yards thick. From 1670 to 1780 all the rock salt mined was obtained from the "Top Rock," as it is locally called, and the miners left too few supporting pillars, and these not large enough, besides working the salt out so as to leave only a comparatively thin crust of salt as a roof. The great majority of the mines in the Top Rock salt have fallen wholly or partially. Since 1780 the rock salt has been "got" from the lower bed, and the pillars, especially of late years, have been left much larger, the roof at the same time being much thicker. Only from 5 to 6 yards of salt near the bottom of the bed has been worked. As a rule the mines in the bottom rock salt have stood firm, and where the owners have worked to their boundaries they have allowed the brine to run into the worked-out mines, thus converting them into reservoirs. The quantity of rock salt mined is small compared with the white salt manufactured. The white salt is made from a natural brine, which is found on the surface of the "Top Rock." It is found much cheaper to let the water do the mining and then pump up the salt in solution and drive off the water. The fresh water, as soon as it reaches the rock salt, eats it away till it gets fully saturated. This water running over the roofs of the old " Top Rock" mines has, in numbers of cases, eaten the whole of the salt away and opened a communication into the mine below. The overlying clays and earths, being deprived of their support, fall into the cavity thus opened, and a hole is made from the surface. On December 6th this was what occurred, and a hole or rift opened right across the course of the Wincham Brook, the water immediately rushing below. As the mines in both "Top" and "Bottom" rock were nearly exhausted of brine, the cavities to be filled, were enormous. Directly beneath where the fall occurred, and bordering on an old-abandoned Bottom Mine, was a rock salt mine being worked. The barrier between the two having been on two occasions penetrated, it now gave way, and opened a communication with 15 acres of mine having a worked-out depth of about 18 ft. Into this mine, down a funnel of 100 yards in length from the surface, the water rushed with great velocity, causing the lower portion of the brook to retrace its course and drain off a large body of water from the River Weaver and an adjoining lake called the Top of the Brook. This immense body of water, rushing into the underground cavities, drove out the air contained therein, and so violent was the compression of the air, that it forced its way through every portion of the contiguous district that was in the least rifted or weak, showing itself in violent ebullitions in all the neighbouring pits, and where the earth was fractured causing a number of miniature mud geysers of 10 to 12-ft. in height. Much property was seriously damaged, and a considerable piece of land covered with water. Five sets of salt works are stopped owing to the destruction of a road and the pipes conveying the brine from the pumping district to the works. The greatest sufferers by this subsidence had little to do in causing it, and this is one of the great anomalies of the system of obtaining salt. The property of numbers of persons in no way connected with the salt trade is seriously injured, and under the existing law no compensation can be obtained.
- "The Land Subsidence at Northwich" by Thomas Ward (speaking at an Ordinary Meeting, December 14, of the Manchester Literary and Philosophical Society)
A system for compensation for damaged/destroyed properties, by levying a tax on salt extraction in the area, took over a decade to be organised, against strong opposition from Salt Union Ltd; it was raised in Parliament as the Cheshire Salt Districts Compensation Bill of 1881, and finally passed as the Brine Pumping (Compensation for Subsidence) Act, 1891. Subsidence problems continued well into the 20th century, and a deal of Northwich's present-day folksiness derives from the readoption of historical timber-framed buildings that, unlike the brick ones they replaced, aren't completely dependent on the ground for their structural integrity. See That sinking feeling (Lynn Pegler, Geographical, January 2008) for an account that brings the story up to the present day.


Many who are building new homes or doing improvements on their existing homes are now using uPVC windows. These windows will add value to your home and have many advantages over more traditional types.
UPVC windows are extremely cost effective and require virtually no maintenance compared to windows with wooden frames that experience wear after a few years. Wooden window frames will need to be repainted at least every five years to stay looking nice and can be much more difficult to clean. These vinyl windows will last and last and stay looking like new for many years. When they get dirty, all you need is some soapy water and a rag to shine them up again.
These windows have a high success rate, and those who use them seem to always be impressed. In fact, the companies who sell these windows are so confident in their product that they offer a ten year warranty when you purchase them.
Everyone is concerned with saving money and coming up with more energy efficient products to use in their homes. UPVC windows are the most energy efficient of their kind. They offer double glazing, making them extremely weather tight. These double glass windows offer insulation between the layers of glass that will provide your home with the most energy efficient windows possible. They also make use of the suns rays and trap and store the heat inside your home. Vinyl windows in general have been estimated to help homeowners save over 50% on their heating bills. They are sure to keep the cold out and the heat in, and this will make a huge difference in your energy bills.
Do you live in a noisy part of town? Perhaps you have traffic roaring by your house at all hours or a factory that often put out a lot of working noises. UPVC windows have the benefit of being quite noise proof, making them that much more attractive to many consumers. If you have a hard time sleeping at night because of outside noises around your home, you will definitely want to give these windows a try.
If you are doing your own home improvement project, you will be happy to know that these windows offer easy installation. Even the beginner handyman will be sure to succeed here with a little instruction.
Some may look at these windows and complain that they are not very attractive. Most of the varieties available on the market are currently just white plastic-looking things. However, as the product is becoming more and more popular, developers are coming up with new colors and varieties that consumers will find attractive. And if you are worried about styles and designs, never fear, for the Upvc Windows are available in every shape and size that you could ever imagine.
These Upvc Windows are air tight, water tight, energy efficient, noise proof, very stylish and attractive, available in many shapes and colors, easy to install, long lasting, low maintenance, and high quality. What more could a person ever desire in a window?


Home / Blog /Unmasking the Threat - Understanding Effects of Pollution on Health & Essential Tests
Unmasking the Threat - Understanding Effects of Pollution on Health & Essential Tests
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Pollution has been a global issue for many years now, and it is an ever-increasing threat to our well-being. Whether we realize it or not, pollution can cause serious damage to our health if we don't take necessary precautions. You will learn the effects of pollution on your health and the essential tests that can help you determine if you have been affected by pollution.
Pollution can have adverse effects on almost every organ in our body. Fine particulate matter (PM2.5) and nitrogen dioxide (NO2) are major pollutants that can penetrate deep into our lungs, bloodstream, and even our brain, affecting our respiratory, cardiovascular, and neurological systems. Long-term exposure to these pollutants can increase the risk of stroke, heart disease, lung cancer, respiratory infections, dementia, and certain mental health issues.
One way to determine if you have been affected by pollution is to get a pulmonary function test. This test measures your lung capacity and helps identify any respiratory issues you may have. It is a non-invasive test that involves breathing into a device that measures your lung capacity accurately. If you find that you have reduced lung capacity, you may have been affected by pollution.
Another essential test that can help you determine if you have been affected by pollution is a blood test. Exposure to elevated levels of environmental pollutants can cause changes in blood cells, leading to an increased risk of heart disease, stroke, and other health issues. A blood test can measure the levels of pollutants in your bloodstream and identify any health risks.
A third test that can help you determine the effects of pollution on your health is an electrocardiogram (ECG). Long-term exposure to polluted air can lead to the accumulation of plaque in the arteries, increasing the risk of heart disease and stroke. An ECG records the electrical activity of your heart and can identify any abnormalities, allowing you to take necessary measures to prevent any heart complications.
Lastly, a urine test can help you determine if you have been exposed to heavy metals, pesticide residues, or other environmental toxins. These toxins can enter our body through contaminated food and water, and long-term exposure to these toxins can lead to serious health issues, including cancer, fertility problems, and neurological disorders. A urine test can identify the levels of toxins in your body and help you take necessary precautions to prevent any future health issues.
Pollution is a serious threat, and it is affecting our health in unimaginable ways. Understanding the adverse effects of pollution on our health and taking necessary measures to protect ourselves is crucial. By taking essential tests, we can determine the effects of pollution on our bodies and take necessary precautions to prevent any future health issues. So, let's unmask the threat and take control of our health.


LEVEL CROSSING AND RUBBISH REMOVAL AT ABBOTTS ROAD
This year’s annual Clean Up Australia Day has inspired a team effort to tidy up in Dandenong South, leaving the local area looking better than ever.
On Friday afternoon, Member for Dandenong Gabrielle Williams joined members of the Abbotts Road level crossing removal project team to scour nearby open spaces for rubbish, cleaning up areas along the rail corridor, around the level crossing and the reserve at the end of Remington Drive.
The group of ten volunteers, made up of members from the project team, had the chance to put down their tools and enjoy the fresh air after working hard on the Abbotts Road level crossing removal project. Works are on track to see this project completed by early 2019.
Running every year since 1990, Clean Up Australia Day encourages Australians to volunteer a few hours of their time to clean up their local area and support the environment, with more than 344,000 tonnes of rubbish collected over the past 27 years.


1:00 - 3:00
Join Audubon Connecticut’s Bird-friendly Communities Coordinator Katie Blake for an introductory workshop on planting for birds at home. The workshop will start with an introduction to the importance of native plants to birds and offer practical and simple ways anybody can make a difference for birds from the backyard to an apartment fire escape. Katie will also present a suite of online tools and resources you can access that will help you choose the right plants for your yard, apartment window or porch planters.
The majority of the workshop will involve a walking tour around Common Ground’s campus to see various habitat examples and to see the principles of healthy habitats in action. Participants will receive a native bird garden in a box- consisting of 4 native shrubs and 12 native perennial plugs for planting in your yard or apartment planter boxes.
Questions? Contact Jesse at firstname.lastname@example.org or call (203)389-4333 x1221.


Grand Rapids Community College understands the effect of energy consumption on both the environment and the budget. With the cost of energy rising and environmental concerns growing, the college is proactively limiting energy consumption whenever and wherever possible.
Energy Conservation Program
The energy conservation program is designed to reduce utility energy consumption primarily when buildings are unoccupied. However, it also seeks to make students, faculty and staff more conscientious with conservation procedures for thermostats, lighting, computers and other resource-consuming systems. By all of us working together, GRCC can become a model of thoughtful stewardship, not only of natural resources and the environment, but also taxpayer and tuition dollars.
GRCC has adopted procedures to assist in achieving its energy management goals. It is essential that the procedures be observed to promote the conservation of energy. The success of this program requires the participation of all staff, students and faculty. The simplest energy conservation measures could save millions of dollars in energy costs annually. View energy conservation procedures and refer to our Policies webpage for information on GRCC's Energy Policy.
Award for Energy Stewardship
GRCC was presented with the Award for Energy Stewardship in September 2009, and again in July of 2011. The award is environmentally-focused and seeks to recognize the impact the college's energy program is having on natural resources. GRCC is an Energy Star Partner, and an EPA Green Power Partner. GRCC was named the 2011 Green Generation Customer of the Year by Consumers Energy. GRCC currently maintains approximately 13% green power purchases from Consumer Energy.


A few hours before the rain hits, the sky starts to darken as clouds gather and thicken. An hour before the rain hits, the clouds turn black and menacing, casting an eerie yellow shadow across the city. Twenty minutes before the rain hits, you can feel cool breezes on your face as currents of air swoop down streets and through alleys. Ten minutes before the rain hits, the refreshing breeze turns into gusts of powerful wind that kick up dust and grit into your eyes. Five minutes before the rain hits, a few stray drops fall, a sort of “this is your last warning,” sign for the few fools still outdoors. When then rain finally comes, it’s a huge sheet of pounding wet, soaking everything in its path.
The wonderful thing about the rainy season is that the brutal rainstorms cool everything down. It’s strange to me, but the non-rainy days during the rainy season are far more unpleasant than almost the entire so-called “hot” season. When it’s not raining, the sky is blue and cloudless. The sun pounds down with equatorial strength onto the cement parking lot that is Cotonou. There is no shade. During the less-rainy (aka “hot”) season, the sky is often overcast, and while the humidity can be killer, at least the clouds block the intensity of the sun’s rays.
Growing up, we always said, “it’s not the heat, it’s the humidity.” After three years in West Africa, I disagree. It’s not the heat. It’s the insane strength of the sunshine six degrees north of the equator.


Homeowners have many options when choosing a material for their fences. Despite the wide variety of fence types today, many homeowners still opt for wood fencing. Their sustained popularity among homeowners is due to the many benefits they offer. Below are the top four benefits of choosing wood fencing among other fence types.
Easy to Install
Wood fences are less difficult to install than other materials, so homeowners and their families will experience less disturbance in their everyday lives during installation. Professional contractors can gather all the materials they need for the job off-site and then transport all of the supplies and tools to the client’s house to put together the fence in hours. Once the setup is finished, homeowners can immediately begin to enjoy all of the benefits of their new fence.
Constructing a new fence is a big investment that could guzzle up thousands of dollars if proper research and budgeting aren’t done upfront. That said, wood fences are less expensive than other fence types such as wrought iron, vinyl, and aluminum. They’re also less expensive to maintain. While homeowners can repaint or re-stain their fences as needed, budget-conscious homeowners can expect their treated wood fences to endure for decades without needing to be repainted or re-stained.
Wood fences are ideal for homeowners seeking an eco-friendly option for their fencing needs. Wood is a natural resource manufactured in factories without the need for many chemicals. Various stabilizers and preservatives that help protect it from insect and water damage without negatively impacting the soil and groundwater also exist. Furthermore, after a wood fence has served its purpose, it may be dismantled, recycled, or discarded without negative environmental impact.
Protection and Privacy
Rural landowners can use simple rail fences to keep livestock or domestic animals from straying away, while solid, opaque panels can be used by city dwellers to offer additional seclusion. In addition to providing protection from natural elements like the wind, wood provides a high level of extra pet and child safety by keeping children in the yard and intruders out. Wind flow is also reduced by up to 50% using solid wood barriers.
Wood remains a popular choice for the benefits listed above. If you’re looking for experts to install your next fence, contact us today!


South Korea is the world’s 11th largest energy consumer and fifth largest oil importer. In 2008, the government proclaimed ‘Low Carbon, Green Growth’ as a national vision to lead the country’s long-term development. South Korea plans to invest GBP 22.2bn over the next five years into green technology and clean energy technologies and infrastructure.
Impact of the EU-Korea FTA
Implemented in July 2011, the EU-Korea FTA will lead to the removal of 97% of all tariffs for UK exporters. The FTA contains provisions on services, public procurement, intellectual property (IP) and sustainable development as well as the liberalization of goods tariffs. The FTA has ushered in enhanced protection for IP rights and improved copyright regulations.


West Virginia v. Environmental Protection Agency, 2022 U.S. LEXIS 3268 (S. Ct. June 30, 2022) (Roberts, C.J.) The Clean Air Act authorizes the Environmental Protection Agency to regulate power plants by setting a “standard of performance” for their emission of certain pollutants into the air. 84 Stat. 1683, 42 U. S. C. §7411(a)(1). That standard may be different for new and existing plants, but in each case it must reflect the “best system of emission reduction” that the Agency has determined to be “adequately demonstrated” for the particular category. §§7411(a)(1), (b)(1), (d). For existing plants, the States then implement that requirement by issuing rules restricting emissions from sources within their borders. Since passage of the Act 50 years ago, EPA has exercised this authority by setting performance standards based on measures that would reduce pollution by causing plants to operate more cleanly. In 2015, however, EPA issued a new rule concluding that the “best system of emission reduction” for existing coal-fired power plants included a requirement that such facilities reduce their own production of electricity, or subsidize increased generation by natural gas, wind, or solar sources. The question before us is whether this broader conception of EPA’s authority is within the power granted to it by the Clean Air Act. Given these circumstances, our precedent counsels skepticism toward EPA’s claim that Section 111 empowers it to devise carbon emissions caps based on a generation shifting approach. To overcome that skepticism, the Government must—under the major questions doctrine—point to “clear congressional authorization” to regulate in that manner. Utility Air, 573 U. S., at 324, 134 S. Ct. 2427, 189 L. Ed. 2d 372. Capping carbon dioxide emissions at a level that will force a nationwide transition away from the use of coal to generate electricity may be a sensible “solution to the crisis of the day.” New York v. United States, 505 U. S. 144, 187, 112 S. Ct. 2408, 120 L. Ed. 2d 120 (1992). But it is not plausible that Congress gave EPA the authority to adopt on its own such a regulatory scheme in Section 111(d). A decision of such magnitude and consequence rests with Congress itself, or an agency acting pursuant to a clear delegation from that representative body. The judgment of the Court of Appeals for the District of Columbia Circuit is reversed, and the cases are remanded for further proceedings consistent with this opinion.


June 07 2018
One of the biggest factors to maintaining good health is ensuring you eat the right foods. While this is important, if you want to attain the best health, you must also consider toxins in your diet.
Even with our best intentions in trying to eat well, if you are consuming toxins, you’ll be compromising your overall wellness. And it’s almost certain you are consuming more toxins than you think! Most of us blindly have no idea where these deadly bad guys are hiding and as a result end up ingesting more toxins than we imagine.
Ok, so the subject isn’t the most pleasant to discuss, however, this critically important information will make you a more informed consumer at the grocery store and help you reduce your exposure, living a healthier life as a result!
What Kind Of Toxins Exist?
There are a variety of toxins that affect the general food supply.
These are perhaps one of the most worrisome offenders and are chemicals that get sprayed on produce products such as vegetables, fruits, grains, nuts and seeds. They also propagate up the food chain, as animals used for meat products routinely eat pesticide covered grains. There are a variety of different agricultural chemicals now used in order to maximize food production and profits.These chemicals are being used at alarmingly increasing amounts globally.
The most controversial and most heavily used is a chemical called glyphosate (commonly found in Monsanto’s Roundup weed killer) and used extensively in modern farming of crops. Over 1.6 billion kilograms of it have been applied to crops since 1974 in the USA alone! That’s an insane amount to say the least!
But that’s just the tip of the toxic iceberg…
Since the introduction of genetically modified “Roundup Ready” crops in 1996, these newly engineered crops have been designed to be glyphosate-tolerant; consequently leading to a 15 times increase in the total amount of glyphosate used! Ouch! Two-thirds of which were sprayed in the last 10 years, with the USA applying almost double per hectare of land verses the rest of the world.
Interestingly, 56% of global glyphosate use is being applied to to genetically modified crops.
Recent studies conducted by the University of California San Francisco found that 93% of people tested positive of glyphosate (~3 PPB in the USA, and 1 PPB level in Europe per person per day). Surprisingly, the effects of consuming these levels of exposure in humans have never been independently and conclusively studied by regulators or industry.
The safety studies on glyphosate and Roundup seem to have contradicting results with some of the most recent studies siting possible adverse health effects with more conclusive truly independent testing needed.
Regardless of the final future outcome of this chemical (and others), it’s safe to say you probably don’t want a known pesticide in your body, and your body was not designed to have it in it. So avoidance is just common sense prevention for optimal health.
Bacterial Infection From Food
There are a number of types of food borne health issues caused by bacteria that can be toxic if consumed. Bacterial food borne illness is the most common type of toxin that affects our wellbeing.
Over 90% of bacterial food poisoning comes from the following types of bacteria: bacillus cereus, campylobacter jejuni, clostridium perfringens, clostridium botulinum, enteropathogenic escherichia coli (e. coli), listeria, salmonella, staphylococcus aureus, vibrio parahaemolyticus, and yersinia enterocolitica.
Some of these can be deadly and/or have a severe effect on our wellbeing and have to be taken seriously. In the USA alone, 24 to 81 million people are affected each year!
Being aware that they exist and taking preventative measures is a must. Most can be prevented by following the guideline set by the United States Department of Agriculture (USDA) including these four steps:
1) Clean: Wash your hands and cooking/preparation surfaces often.
2) Separate: Do not cross-contaminate.
3) Cook: Unsure food is cooked to proper temperature.
4) Chill: Promptly refrigerate your food.
Bacterial contamination can also occur during the food production or transportation process. To protect yourself from this possibility it’s wise to keep up to date on food safety bulletins.
In Canada, visit the Canadian Food Inspection Agency – Food Recall Warning page, where you can also sign up for food recall e-mail notifications to keep your family safe from high risk recalls you may not otherwise know about.
In the USA, visit the U.S. Food & Drug – Recalls, Market Withdrawals, & Safety Alert page. There is also an option to receive email notifications. Note that these alerts are for any type of safety issues including bacteria issues.
These are also common toxins that affect human health, including lead, mercury, aluminum, cadmium and arsenic.
While no amount of lead is considered “safe”, research by Environmental Defense Fund (EDF) found lead in 14% of food samples and 20% of baby food samples overall and even up to 40% of some types of baby foods! Recently studies by the EDF found that over 1 million children consume more lead than the FDA’s recommended limit.
Interestingly, a recent independent study also found that out 127 chocolate products tested, 96 contained either lead or cadmium above safe threshold levels!
Mercury is another extremely toxic substance, with even small amounts of exposure being classified to possibly ‘“cause serious health problems” by the World Health Organization (WHO). Exposure mainly comes from seafood, including various types of fish, rice and high-fructose corn syrup.
Larger fish typically have more mercury, with the highest levels found in tilefish, king mackerel, shark, swordfish, marlin, orange roughy, ahi and bigeye tuna. Other high fish sources include Spanish and gulf mackerel, albacore and yellowfin tuna, sea bass, bluefish and grouper. For more information on mercury levels in various types of fish, you may find this article helpful.
Aluminum has long been suspected of being linked to Alzheimer’s Disease, though studies have been inconclusive, with some showing no link, while other very recent studies showing a clear association.
Making up 8.2% of the earth’s surface, aluminum is found in abundance in nature; though it is likely not good to ingest too much of it. Common food sources with higher quantities include food additives, baking powder, processed cheeses, pickles (that contain “alum”), self rising flour, baby formula, coffee creamers, salt, processed foods and drugs such as antacids.
Cadmium is a highly toxic metal that is a known health hazard. The biggest source of cadmium in foods include organ meats such as liver and kidney. Surprisingly, cadmium is also found in cereal grains, leafy greens and root vegetables, which absorb it from the fertilizers applied to the soil they grow in. However, research seems to indicate that iron from these generally healthy food choices seem to counteract the absorption of cadmium in our body, and avoiding these healthful foods may do more harm them good.
Arsenic is another highly toxic heavy metal, found in contaminated sources in our food suppl. These included drinking water, crops irrigated with the contaminated water, or foods prepared with the contaminated water source. Globally, it’s the most significant drinking water contaminant. Researchers found the following foods contained the highest levels:
▶ Brussels sprouts (due to their sulfur content which attracts arsenic from contaminated soil)
▶ Chicken and poultry (typically fed with feed treated with arsenic-based drugs – now thankfully starting to be banned by the FDA)
▶ Dark meat fish (such as bluefish, swordfish, tuna, mackerel, salmon and sardines)
▶ Beer and wine (with frequent drinkers having 20 to 30% more arsenic levels in their body)
Being aware and mindful of heavy metals and where they lurk can help you improve your health. At the very least, this information is worth remembering.
There are many other types of toxins that affect our food supply, and the above are some of the ones to pay attention to first.
Stay tuned to our blog for our next post on other toxins in our food to be aware of. You may be surprised what you will learn!
How To Reduce Consumption Of These Toxins
Here are a few methods that will help:
- Buy Organic
- Avoid GMOs
- Avoid farmed meats and fish
- Follow food safety health alerts
- Avoid foods known to have more toxins
- Reduce consumption of processed foods
The most important thing you can do to reduce your exposure to toxins automatically is to simply avoid processed foods! This will in general cut exposure overall.
Making your own food is the ONLY WAY to do this effectively and know for sure what you are putting in your body. Don’t rely on someone else to do it for you – your health is in your control – prepare your own meals.
For help making tested healthy home-made meals, consider joining MealEasy today! By making our easy to prepare delicious meals at home, you’ll automatically cut your use of toxins in your diet and be on a path to better long-term health.