A sea change: how one small island showed us how to save our oceans

Standing on a windswept beach on the north-west coast of the Isle of Man, Bill Dale looked out on to plastic bottles, cartons and packaging forming a thick carpet covering the shingle. It was 2007, the global plastic binge was already well under way, but the millions of tonnes of waste seeping into the oceans as a consequence had not reached the public consciousness.

“I was with a friend and we thought, ‘Let’s just clean up this one beach.’ We had no idea then of the scale of the problem.”

It took six weekends, working long hours, to collect all the plastic litter. “We shifted 30,000 plastic bottles and large pieces of plastic,” said Dale. “You would pick one piece up, and underneath was another and another in layers. Some of the stuff went back 20 years.”

Isle of Man joined the likes of Mauritius, Menorca, Jeju in South Korea and Noosa in Australia in being singled out for a commitment to protecting and enhancing the coastal environment and biodiversity.

The island’s determination to protect the coastal environment from the multiple threats of plastic pollution, climate change and overfishing has earned it the status of a Unesco biosphere region, designated because it is an outstanding example of a place where people and nature work in harmony. It is the only entire island jurisdiction to be granted the status.

One indication of the islanders’ commitment to a better marine environment is the numbers that turn out for Beach Buddies. It has attracted 10,000 volunteers over the years – 12% of the Manx population. Dale said: “We have kids who come with their schools to do a beach clean, then tell their parents: ‘Dad, I want to go and do a beach clean on Saturday,’ and they bring their parents here. These beaches are virtually self-cleaning now.”

For marine biologist Dr Fiona Gell, who grew up on the Isle of Man, the grim reality of what is happening to the world’s oceans is all too familiar. She has spent her life studying the damage being done to the sea’s flora and fauna, and has seen first-hand the devastation that means just 13% of the world’s oceans are untouched by the impact of humanity’s footprint.

Map

Now a marine scientist at the Department for Environment, Food and Agriculture in the Isle of Man government, she heralds the steps being taken on the island as proof that all is not entirely lost.

In 2011, there were just two protected marine areas in the seas off the island. But in the past seven years Gell and her team have been instrumental in throwing a protective ring around the island, increasing the number of marine protected areas to 10, which cover 50% of the inshore waters. From the Calf of Man, a tiny island off the south coast where seals sunbathe on the rocks and basking sharks swim in the summer, to Ramsey Bay in the north, these marine nature reserves restrict trawling and dredging by fishermen and other damaging activities, in order to protect sealife habitats.

Looking out over Ramsey Bay, which in 2011 became a marine nature reserve covering 94 sq km, Gell points out the location of seagrass beds, horse mussel reefs and maerl beds that are once again thriving. “Seagrass has declined globally in a really scary way, particularly in the UK, since the 1920s,” said Gell. “It looks like a green meadow under the sea and has a really high level of carbon storage. It is also really important for juvenile scallops.”

The Calf of Man, a small island on the Isle of Man’s south west coast, where seals sunbathe on the rocks and basking sharks swim. Photograph: Alamy

Each marine feature being protected and enhanced by the reserve creates diverse habitats that allow scallops, juvenile cod, lobster and other fish to thrive. And while in many areas the fishing industry finds itself at loggerheads with environmentalists, fishing businesses on the Isle of Man – which fish for king and queen scallops, brown crab, lobster and whelk – have been involved in drawing up the protective marine belt around the island, even if some had to be heavily persuaded at first of the case for the protection zone.

Dr David Beard, chief executive of the Manx Fish Producers Organisation, is also a marine biologist. “Back in 2009, Ramsey Bay had been overfished, there was very little stock left in there and the industry volunteered that area to be closed for a period of time,” he said.

Quick guide

What is the Upside?

News doesn’t always have to be bad – indeed, the relentless focus on confrontation, disaster, antagonism and blame risks convincing the public that the world is hopeless and there is nothing we can do.

This series is an antidote, an attempt to show that there is plenty of hope, as our journalists scour the planet looking for pioneers, trailblazers, best practice, unsung heroes, ideas that work, ideas that might and innovations whose time might have come.

Readers can recommend other projects, people and progress that we should report on by contacting us at theupside@theguardian.com

“It was an important source of both king and queen scallops from a value point of view and because the whole area supplies the spats [young scallops] to other areas in the Irish sea it affects the recruitment of the other stocks.”

The bay encompasses one of the most restricted fishing areas in the coastal waters, where dredging or trawling for scallops is banned throughout the year, except for two weeks before Christmas when up to 30 boats are allowed to go out. Each year the fishermen carry out a stock survey, so by the time they are allowed to fish they know the location of the highest quantities of scallops.

“They get the highest value for the least impact,” said Beard. “It is a very low-carbon action because they know where to go and they are allowed to trawl for 20 minutes maximum, and it means there is less impact on the seabed. The fishermen know that if they destroy the seabed by overfishing you prevent the spat from settling, so you destroy the fishing, and it is a vicious circle.”

Sign up here for weekly emailed updates from this series

Gell has been instrumental in trying to bring the public and fishing industry along with the conservation efforts. “We are trying not to impose from the top,” she said. “Each marine protected area comes from a lot of engagement with the local people. We go out all over the island to villages and towns and hold stakeholder meetings, with maps to discuss why an area needs to be protected, and to involve people and bring them onboard. It is a slow process but when I look back to 2008 and see what we have achieved I think it shows that people working together in communities can make a difference.

“We have to stay optimistic. From my experience here over the past 10 years, I think we have shown people can get involved in a real community approach and can make a change.”

As one of 52 Unesco island and coastal biosphere areas, the Isle of Man is focusing now with partners in Menorca, the Maldives, the Philippines and other islands on eliminating single-use plastic from their shores.

If that eventually puts Bill Dale out of a job, he could not be happier.

This article is part of a series on possible solutions to some of the world’s most stubborn problems. What else should we cover? Email us at theupside@theguardian.com

Topics

This content was originally published here.

104119275_gettyimages-513750122.jpg

Climate change: Oceans ‘soaking up more heat than estimated’

oceansImage copyrightGetty Images
Image caption The new study says the oceans have absorbed far more heat than previously thought

The world has seriously underestimated the amount of heat soaked up by our oceans over the past 25 years, researchers say.

They say it means the Earth is more sensitive to fossil fuel emissions than estimated.

This could make it much more difficult to keep global warming within safe levels this century.

Media playback is unsupported on your device

Media captionNo more beef? Five things you can do to help stop rising global temperatures

What have the researchers found?

According to the last major assessment by the Intergovernmental Panel on Climate Change (IPCC), the world’s oceans have taken up over 90% of the excess heat trapped by greenhouse gases.

But this new study says that every year, for the past 25 years, we have put about 150 times the amount of energy used to generate electricity globally into the seas – 60% more than previous estimates.

Scientists base their predictions about how much the Earth is warming by adding up all the excess heat that is produced by the known amount of greenhouse gases that have been emitted by human activities.

This new calculation shows that far more heat than we thought has been going into oceans. But it also means that far more heat than we thought has been generated by the warming gases we have emitted.

Therefore more heat from the same amount of gas means the Earth is more sensitive to CO2.

What are the implications of the finding?

This new study says that will be very difficult indeed.

“It is a big concern,” said lead author Dr Laure Resplandy from Princeton University in New Jersey.

Image copyrightmonkeybusinessimages
Image caption The authors say that sea levels may rise quicker than previously forecast

“If you look at the IPCC 1.5C, there are big challenges ahead to keep those targets, and our study suggests it’s even harder because we close the window for those lower pathways.”

The report suggests that to prevent temperatures rising above 2C, carbon emissions from human activities must be reduced by 25% more than previously estimated.

What does it mean for the oceans?

As well as potentially making it more difficult to keep warming below 1.5 or even 2C this century, all that extra heat going into the oceans will prompt some significant changes in the waters.

“A warmer ocean will hold less oxygen, and that has implications for marine ecosystems,” said Dr Resplandy.

“There is also sea level, if you warm the ocean more you will have more thermal expansion and therefore more sea level rise.”

Media playback is unsupported on your device

Media captionClimate change: How 1.5C could change the world

What have these scientists done differently?

Since 2007, scientists have been able to rely on a system of almost 4,000 Argo floats that record temperature and salinity in the oceans around the world.

But prior to this, the methods used to measure the heat in the ocean had many flaws and uncertainties.

Now, researchers have developed what they say is a highly precise method of detecting the temperature of the ocean by measuring the amount of oxygen and carbon dioxide in the air. This allows them to accurately measure ocean temperatures globally, dating back to 1991, when accurate data from a global network of stations became available.

The key element is the fact that as waters get warmer they release more carbon dioxide and oxygen into the air.

“When the ocean warms, the amount of these gases that the ocean is able to hold goes down,” said Dr Resplandy.

“So what we measured was the amount lost by the oceans, and then we can calculate how much warming we need to explain that change in gases.”

Will the heat ever come back out?

Yes, say the authors, but over a very long time.

“The heat stored in the ocean will eventually come back out if we start cooling the atmosphere by reducing the greenhouse effect,” said Dr Resplandy.

“The fact that the ocean holds so much heat that can be transferred back to the atmosphere makes it harder for us to keep the Earth surface temperature below a certain target in the future.

Image copyrightVictorHuang
Image caption More heat means less oxygen in the water which could have implications for many species

“The ocean circulation that controls the ocean heat uptake/release operates on time scales of centuries, meaning that ocean heat would be released for the centuries to come.”

How have other scientists responded to the findings?

“The authors have a very strong track record and very solid reputation… which lends the story credibility,” said Prof Sybren Drijfhout at the UK’s National Oceanography Centre in Southampton.

“The updated estimate is indeed worrying in terms of how likely it is that society can meet 1.5 and 2 degree targets as it shifts the lower bound of climate sensitivity upward.”

Others say that further work is required.

“The uncertainty in the ocean heat content change estimate is still large, even when using this new independent method, which also has uncertainties,” said Thomas Froelicher from the University of Bern, Switzerland.

“The conclusion about a potential higher climate sensitivity and potentially less allowable carbon emission to stay below 2C should stimulate further investigation.”

The study has been published in the journal Nature.

This content was originally published here.

Sarah-Ferguson_double.jpg

Sarah Ferguson Sets New World Record | Plastic Oceans International

SARAH FERGUSON SETS NEW WORLD RECORD IN SWIM AGAINST PLASTIC, BECOMES 1ST PERSON TO SWIM AROUND EASTER ISLAND

South African Endurance Swimmer Draws Attention to Plastic Pollution in Campaign Encouraging People to Rethink Plastic and Empower Them to Be Part of the Solution

Plastic Oceans International and Breathe Conservation, two global nonprofit organizations dedicated to solving the plastic pollution problem, announced that South African endurance swimmer, Sarah Ferguson, set a new world record—becoming the first person to swim around the entire perimeter of Easter Island—as part of Swim Against Plastic, a global campaign to help end plastic pollution organized by the organizations.

Sarah achieved the world-record swim around Easter Island on Saturday, March 16 at 3:15 a.m. EASST (UTC/GMT -5). She swam 39.46 miles (63.5 kilometers) continuously over a duration of 19 hours and 8 minutes, finishing ahead of schedule in a swim expected to take approximately 24 hours to complete. Sarah began swimming Friday, March 15 at 8:07 a.m. EASST, officially launching the Swim Against Plastic campaign.

“It’s an incredibly special moment for my team and me right now. To have pioneered a swim like this is still something I am wrapping my head around! But to have succeeded in doing something no one else has done is both humbling and amazingly exciting,” said South African endurance swimmer Sarah Ferguson, founder of Breathe Conservation and Ambassador for Plastic Oceans International. “I hope that just as I swam around Easter Island, one stroke at a time, people choose to make one small decision at a time around single-use plastic to help preserve this beautiful blue ocean of ours.”

The goal of Swim Against Plastic is to encourage people to rethink their habits toward single-use, or throwaway plastic, and empower them to change and become part of the solution. Swim Against Plastic: Easter Island explores how local plastic pollution is impacted on a micro level—by exponentially growing tourism, increased population, commercial fishing, and waste management—while providing a model to translate to a macro level for global application. Events include the record-breaking swim, education forums and beach cleanups, all coordinated with members of the Easter Island community.

Sarah Ferguson in action.

Sarah swam through dangerous currents in very high salt content, facing many serious risks to accomplish this human first. Her commitment to raise awareness about plastic pollution is why the Breathe Conservation founder, Plastic Oceans International Ambassador, and retired South African national swimmer embarked on Swim Against Plastic: Easter Island. She trained extensively to prepare and arrived on Easter Island from South Africa March 11. Watch why Sarah swims: Video: The Determination of Sarah Ferguson.

Easter Island was chosen for Swim Against Plastic, because the surrounding waters contain one of the highest concentrations of microplastics in the Pacific Ocean, despite its distant location. The Chilean territory is considered the most remote inhabited island on the planet, more than 2,000 miles from the Chilean coast, between Chile and New Zealand, with the nearest island over 1,200 miles away.

Most microplastics on Easter Island originate from sources thousands of miles away, and along with larger pieces of plastic, travel to the island as a result of the South Pacific Gyre. An additional 20 tons of trash is produced daily on the island, which has prevalent waste management issues, especially related to the exponentially growing tourism industry and incr

Easter Island Moai statues.

easing population.

Chile implemented new rules to limit access and tourism on Easter Island to protect the culture and environment. Rapa Nui, the island’s indigenous name, is a UNESCO World Heritage Site. It is well known for the unique cultural phenomenon of shrines and enormous stone figures, called moai, built between the 10th and 16th centuries by the society of Polynesian origin, which settled on the island circa 300 A.D.

“We couldn’t be prouder of Plastic Oceans Ambassador Sarah Ferguson for her leadership and commitment to bring attention to the planet’s plastic pollution problem with her stunning first-time, world-record swim around Easter Island’s entire perimeter,” said Julie Andersen, Global Executive Director, Plastic Oceans International. “Plastic pollution threatens the ocean, our food sources and the environment. Easter Island is an example of how even the world’s most remote, iconic and protected locations are not immune to the problem. We encourage people to rethink their habits toward single-use plastic and change their actions to become part of the solution.”

A March 16 beach cleanup, hosted by Te Mau o te Vaikava and Plastic Oceans, collected 600 pounds of plastic pollution from the Viringa o Tuki area, a well-known local surf spot. Microplastics samples were also gathered from the beach cleanup for future analysis by Arizona State University.

People worldwide are encouraged to join Swim Against Plastic to end plastic pollution. To get informed, inspired, rethink plastic, and make changes to be part of the solution, visit SwimAgainstPlastic.com, and follow #SwimAgainstPlastic on social media.

Swim Against Plastic is presented by Footprint, and in partnership with Crowd, Hotel Hotu Matua, and Toki Rapa Nui.

WhatsApp-Image-2018-07-25-at-3.20.34-PM.jpeg

Why Rapa Nui? Sarah’s Perspective | Plastic Oceans International

Please enjoy this guest post from South African endurance swimmer, Sarah Ferguson. She is the founder of Breathe Conservation and is one of our global Ambassadors. In March 2019, she will attempt to become the first person ever to swim the perimeter of iconic Easter Island. Learn more HERE. 

A World Record Attempt to Swim Around Easter Island

One of the reasons I swim is to create awareness about the devastating and global effect of plastic pollution. When I first started my journey into open water swimming I started with the intention and desire to swim for something bigger than myself.

My primary driving force behind my swimming is to honour God with the talent he has gifted me with. I love water and have always loved swimming. When I finally discovered ocean swimming in 2011 I discovered a freedom that comes with open water swimming that I have never experienced before.

Acting out of obedience to what I felt God telling me to do, I retired from competitive swimming in 2009 despite the fact that I did not feel that I had reached my full potential as an athlete. I reluctantly listened and have been blown away with what has subsequently unfolded.

I always had a strong sense that my career as an athlete was not yet over, I just had no idea what that might mean.

Sarah Ferguson

Through a 2-4 year journey, I explored the world and my identity, and with the help of some incredible people in my life and a sports psychologist, I decided it was time to pick up my goggles again.

In dealing with my new identity and figuring out a clear direction for my focus and talents, I discovered ocean swimming, and that I was, surprisingly, pretty good at it too. I loved it and realised that this was my chance to expand on my athletic career.

My dream to swim for something bigger started in Hawaii, which is why my first ocean swim of any significance was across the Ka’iwi channel in Hawaii. The Ka’iwi channel swim was a stepping stone for me. It was another massive leap of obedience into what I felt God calling me to do. I had no idea what was next, but this swim changed the course of my life into a roller coaster journey that is still unfolding before my eyes. 

An incredible team of people accompanied me in the build up to Hawaii, as well as during and after the swim. Some people struggled to see how this swim would help create awareness of plastic pollution. Many asked, ‘How does swimming in remote, stunning, tropical waters on the other side of the world correlate to a message that will reduce our consumer behaviour?

To be honest, I did not really know either, I was just a vessel and taking the first step. My non-profit company, Breathe was founded after the swim and the successful completion of that swim gave me a platform and a voice to speak to audiences I would never had the opportunity to do so if I had not swum that channel.

A friend met with me after the swim and saw the potential of having some real backing and support behind me and the team going forward to really make an impact. He said it is all very well to swim in Hawaii where it is seemingly pristine, but if you really want to make an impact, why not find the filthiest place in the world, one that is the most affected by plastic pollution and swim there?

Rapa Nui (Easter Island) Moai statue

We started researching and that is how we ‘stumbled’ across Easter Island. I had originally wanted to swim around the Pitcairn Islands (they have been shown to have the highest concentration of micro plastics in the world) but through a series of conversations realised that a swim of that nature would be really challenging with absolutely no connection to the island.

I was introduced to Mark Minneboo from Plastic Oceans Chile and through a series of Skype calls and e-mails we connected and I flew over to meet him and his colleague Camilla in October last year. I wanted to be sure that we could logistically make this swim happen in 6 months – a massive undertaking.

Mark and Camilla and the Plastic Oceans team in the USA have been working tirelessly behind the scenes organising permits and boat captains, kayaks, sponsorship and accommodation which have all been a massive help in reducing the pressure on me, allowing me to focus on my training and preparation for the swim.

This swim has only ever been attempted once and no one has ever successfully circumnavigated Easter Island.

Despite the statistics, I have chosen to go through with this swim for a few reasons: 

There is a very real possibility of not successfully completing the swim for a number of reasons, but for me, either way it goes, I trust that God sees the bigger picture and the very fact that we are attempting such a swim, is a success in itself.

weltkarte.jpg

Oceans and seas

This map, ‘Weltkarte, namen und nautische grenzen der ozeane und meere’, shows the boundaries of locations which have no physical dividing line, no obvious mountain range or river border to separate two or more different parts of the World, for this is a map that shows the boundaries of oceans and seas.

To separate the major oceans the lines have been drawn between the shortest land-masses; between Tasmania and the Antarctic to separate the Indian and Pacific oceans, between the Cape of Good Hope and Antarctic for the Indian and Atlantic oceans and between Cape Horn and the Antarctic Peninsula for the Atlantic and the Pacific. Smaller seas are separated on the same principal. The map is published by the Deutschen Hydrographischen Institut in Hamburg.

Extract from Weltkarte showing the seas around the Indonesian Archipelago

In reality a whole host of different effects cause a change in the Oceans and Seas, such as currents, temperature and salinity. An extract from ‘The World on Mercators Projection’ by James Wyld (1845) shows a number of different currents, including the cold Greenland and

Arctic currents coming up against the Gulf Stream which also runs in an opposite direction to the Arctic current that travels down the east coast of the United States. These though are in constant flux, ever-changing and unreliable so the straight lines on this chart may well after-all make the most sense.

This map doesn’t mention a source for the information shown, but this more than likely comes from the International Hydrographic Organization. Since its inception in 1921 the IHO has set the standard for information on the oceans and the seas and is now recognized as the leading authority on the subject.

Weltkarte, namen und nautische grenzen der ozeane und mere, 1967 B1 (1588)

29178394_10156212595529042_8012438215707328512_o.jpg

Plastic Oceans Foundation

The Vibe Tribe and Plastic Oceans

Canggu, Bali
GINBali 2018
March 2-4

Students from all over the world had an opportunity to discuss and seek out solutions to the environmental and humanitarian issues in our world today. 21 schools from across Asia attended the opening ceremony which was celebrated with a dinner and a private screening of the acclaimed documentary, A Plastic Ocean.

Lindsay Porter and Cristina Lopez McLauchlan.

Keynote speaker Lindsay Porter,  the official cetacean expert for the film and Senior Research Scientist of Marine Mammals at SMRU Consulting, discussed the documentary with the students and showed them how the issue directly related to their lives and future. She later led the Plastic Oceans team in delivering a workshop titled “Media and Our Influence”. It demonstrated how best to inform and inspire others in caring for our ocean and our world.

I was honored to have been able to present a workshop and the sharing of yoga. I kicked off the morning of the last day, emphasizing on how we are all connected with each other and with nature. Through the practice, an intention was set to do our utmost to care and support our oceans and our world as a collective.

In my workshop, “Conscious Consuming”, students explored alternatives to using plastics in our everyday lives as well as investigating what we put in and on our bodies, and how that has an impact on ourselves and our environment.

Lindsay and I left a lasting impression on the students. We hope that conferences such as this will continue to create an impact and influence future generations. Other platforms such as Bye Bye Plastics Bali and AVANI were also present supporting the message to boycott single-use plastic


Uluwatu, Bali
Conscious Cinema
March 6

Conscious Cinema, under The Vibe Tribe umbrella, travelled to Uluwatu for a screening of A Plastic Ocean, which was supported by Drifter Surf Shop and Project Clean Uluwatu.

Ready for our big night to start!

Despite the threat of rain, over 140 people attended. For decades, many have travelled to Bali to enjoy the ocean, though over the years the island has declared a ‘garbage emergency’ as most of its popular beaches are now engulfed with a rising tide of plastic waste. Indonesia continues to be the second biggest maritime plastic polluter in the world after China.

It was apt that the screening fell on the 6th of March, 2018 when diver Rich Horner posted his now-viral video showing the horrible amount of plastic pollution in the waters off of Bali.

A Plastic Ocean was well received and the evening raised funds for both foundations.

The work of the Plastic Oceans Foundation is imperative in continuing to raise awareness on sustainability and our need to rethink plastic.

Special thanks go to:

Global Issues Network Conference 2018
Drifter Surf Shop
Project Clean Uluwatu
Uluwatu Surf Villas
Indosole

marine-1209297_640.jpg

Protecting The Oceans On World Oceans Day

Protecting The Oceans On World Oceans Day

As an island nation, the United Kingdom is home to thousands of miles of coastline which means that the ocean is never far away. A rich history of sea faring also means that the UK and the sea have a link that is likely to never be broken, which is why it is important to ensure that we help to protect and preserve these seas.

June 8 is World Oceans Day, a day to both celebrate and promote ways to help keep the ocean healthy. This year, the focus is to try and prevent plastic pollution along with promoting solutions that will both keep the ocean clean and reduce the risk to marine life.

While most people in the UK may immediately think of our own coastline, from the astonishingly blue oceans of England’s south coast that could rival the Mediterranean to the jaw dropping mountainous coasts of the Scottish Highlands. But the UK is responsible for a large portion of ocean in the world.

With 6.8 million square kilometres, which is over double the size of India, we are responsible for the fifth largest area of ocean thanks to our 14 Overseas Territories. Not only this, but these waters contain 94% of the biodiversity found in the UK. In these waters are also the clearest water ever recorded along with the largest coral atoll.

Working To Keep Our Oceans Clean

With Overseas Territories such as the Pitcairn Islands and Ascension Island being home to important ecosystems, it’s important that the UK works hard to defend these areas. The problem of plastic is becoming more prominent today, with more companies turning away from plastic straws and even the government intending to restrict the use of plastic straws.

The reasoning for this is that plastic is becoming an epidemic in our seas, with many rubbish ending up floating in the water and becoming a danger to sea life. A three-year study that was published in March 2018 reported that the Great Pacific Garbage Patch is estimated to be double the size of Texas at 1.6 million square kilometres.

This patch is made up of floating debris that has caught up with each other, with discarded fishing nets making up a large portion. It was estimated that only 8% of the mass was made up of small pieces of plastic, or microplastic, with larger objects being more common.

With the increase in the amount of plastic being found in the ocean, it has in turn affected marine life. The infamous video of a sea turtle having a plastic straw removed from its nose is just one of the many reasons that people are becoming aware of the rising problems with plastic. Only last week, a whale in Thailand was found to have swallowed over 80 plastic bags, resulting in its eventual death.

How Can We Help?

While it can be hard for people to completely reduce their reliance on plastic, it can be simple for workplaces to try and make it easier. Opting to not offer plastic straws and instead consider reusable or paper straws in combination with recyclable cups or reusable cups could help to prevent too many onetime items from being used.

Specifically choosing items that have been recycled can also help to be eco-friendlier, and we have a whole range of Green Office products here on the Post Office Shop which can help to improve green credentials.

What ways can you think of to help reduce our reliance on plastic in the workplace or even at home?

jack_bottomley.png

Oceans 8

Audiences will still likely remember how the Ocean’s trilogy (Ocean’s Eleven, Twelve and Thirteen) dominated the early 2000s.

Director Steven Soderbergh’s classy heist series began with a remake of the 1960 rat pack caper Ocean’s Eleven but soon spiralled into its own franchise. Assembling a whopping A-list cast and prioritising stylish aesthetics, the films – flaws notwithstanding – remain a fine example of top Hollywood escapism.

In the years since many have wondered whether an Ocean’s Fourteen might have been on the cards, however in Ocean’s 8, the franchise spins off on a new course, as an octave of leading ladies take centre stage.

Debbie Ocean (Sandra Bullock) – sister of Danny Ocean (played in the Ocean’s trilogy by George Clooney) – is released on parole but contrary to going straight, she meets up with sidekick Lou (Cate Blanchett) and puts in motion determined plans to assemble a crack team to pull off a high stakes heist at New York’s glamorous Met Gala.

Also by Jack Bottomley…
Jurassic World: Fallen Kingdom
Incredibles 2
Ghost Stories
The Strangers Prey At Night
A Quiet Place

Some critics have been a little lukewarm on this female led sequel/spin-off/reboot (delete as applicable, though all are valid), so much so that even the cast has spoken out and suggested the film reviewing industry is unfairly biased against films of this ilk, due to being comprised of mostly white men. But side stepping all the headlines and talks of gender swap remakes (as they are calling such films), Ocean’s 8 is cracking fun.

Doing what Paul Feig’s Ghostbusters failed to do, this film allows the talented cast to run riot and create their own take on the franchise, instead of being anchored down by the past. Links are established (largely by Debbie’s relation to Danny) but largely this is a film dominated by its brilliant cast’s individuality. Yes the script goes over some familiar heist genre territory and the ending is a tad too convenient to be tangible but through it all the cast keep this elegant, slick and cool thriller exciting.

Sandra Bullock distinguishes her character as more than just “Danny’s sister” and via her far too often overlooked comic ability and determination; she leads the film with confidence and swagger. The charming Cate Blanchett as Debbie’s partner in crime Lou joins in the fun, while Anne Hathaway clearly loves glamming it up as celebrity diva Daphne Kluger.

Meanwhile they are joined by Mindy Kaling, who is a joyful addition to this pool of charisma as jewel maker Amita, while Sarah Paulson plays things much straighter than her cohorts but still has a good time as the prepared family woman Tammy and Awkwafina is a hoot as quick talking Constance, Rihanna is impressive as defiant hacker Nine Ball and Helena Bonham Carter is a blast as eccentric fashion designer Rose Weil.

Ocean’s 8 is lots of fun and its biggest asset is a terrific cast, who are allowed to run wild with their jewel pinching operation and the results are delightfully engaging. So much so, that I would be very pleased to see an Ocean’s 9 sometime in the future.

Ocean’s 8 (12a)
Director: Gary Ross
Starring: Sandra Bullock, Cate Blanchett, Rihanna, Anne Hathaway, Mindy Kaling, Sarah Paulson, Awkwafina, Helena Bonham Carter
Release Date: Out Now

Oceans 8, 21st July 2018, 22:36 PM

Marine Habitat

WHAT ARE THE 4 MAIN MARINE HABITATS?

Marine HabitatMarine habitats are one of the largest and most biodiverse places on Earth. It covers around 91% of the total water on the planet. Marine habitats, for centuries, remained as the most unexplored places due to its hostile environment and the risks it involves.  There have been multiple attempts by marine explorers in the past to touch the depth of marine habitats but unfortunately, could not be done, yet.

Marine habitats have remained as nothing but a mystery for thousands of years. But, in the last few decades, immense efforts were made to explore the depths of marine habitats. Even now, we are nowhere close to the complete understanding of mysteries lying deep within the marine environment but we are now familiar with marine habitats like never before.

Based on our current understanding, marine habitats are divided into several categories. The 4 main marine habitats include:

Based on the salinity level, marine habitats are divided into 3 categories:

  • Brackish
  • Sea
  • Inland saline

In this section, we’ll explore different types of marine habitats and its role in keeping the land organisms alive. Despite being the most explored places on earth, marine habitats are richer and unique in life than the majority of places we call biodiverse. From single-celled organisms to the largest creature on earth, marine habitats contributes to the environment in almost all forms of life. Besides its ability to adapt in a different environment, several species in marine habitats are one of the most intelligent species, after humans.

WHAT ARE THE 4 MAIN MARINE HABITATS BASED ON THEIR ENVIRONMENTAL DIVERSITY?

  1. MANGROVE – These are the combination of trees and shrubs found at the shorelines of oceans, riverbanks, and in estuaries. They are mainly found in tropical and sub-tropical areas. Mangrove is found in muddy soil that is collected by erosion, protecting other species from getting affected.

HOW DOES MANGROVE SURVIVE UNDER HOSTILE ENVIRONMENT?

  • Due to its widespread and dense plant-like environment, these areas are able to collect freshwater with the help of their thick succulent leaves.
  • These plants are able to extract almost all saltwater coming from the ocean and convert it into freshwater, thus making it fit to cope with salinity levels of the ocean.
  • INTERTIDAL ZONE – This is a region between high and low tides that constantly resist harsh and unfavorable habitat. The algae and other intertidal plants grow in abundant sunlight and act as a food source for animals. Brittle stars, Crabs, Green Algae, Isopods, and several other organisms are found in the Intertidal zone.

This zone is exposed to water during high tides and air during low tides, which is the defining characteristic of the Intertidal zone.

WHAT IS THE IMPORTANCE OF INTERTIDAL ZONE?

Organisms surviving in this region must adapt to difficulties like temperature change, extreme sunlight, ocean predators and so on. There are several species in the Intertidal zone that has adapted itself to a different environment. Thus, taking advantage of the abundant supply of food reaching them from the ocean tides.

  • THE DEEP SEA – Unlike Intertidal zone, deep-sea habitat is an extremely harsh region where no sunlight or photosynthesis occures. It is the deepest known region of marine habitat which can possess a depth lying between 700 meters to several miles. After decades of speculating about what lies in the deepest parts of marine habitat, we are finally preparing ourselves to dive deeper into oceans. Deep-sea submersibles and sampling technologies are getting us ready to be able to sneak in the deepest parts of marine habitats.

WHAT ARE THE PHYSICAL CHARACTERISTICS OF DEEP SEA HABITAT?

There are several characteristics that play an important role in the dwelling of organisms in the deep sea environment. Non-living characteristics involve temperature, current, pressure, oxygen, and carbon dioxide exchange and some other chemical factors responsible for the sustainable survival of deep-sea habitat. Biotic characteristics involve food abundance, competitors, and potential predators being the factors responsible for life in deep-sea.

  • REEF – Being one of the most diverse marine habitats, the coral reef is home to thousands of different marine organisms. Coral reefs are found all around the world in tropical and sub-tropical regions. Because of its need for direct sunlight, it is found in the shallow region of marine habitat. From the ancient times, reefs had developed a sort of an intricate bonding with algae.

WHAT ARE THE DIRECT THREATS EXPERIENCED BY CORAL REEF?

Even though, the list of threats to the coral reefs seems to be endless, there are several direct threats that affect species in this region.

  • Warming of water as a result of climate change is one the most threatening factors affecting coral reefs.
  • Pollutants extracted from agriculture and sewage to the marine habitat is another alarming factor that directly affects the coral environment.

Based on the salinity level, marine habitat is divided into three main categories:

  • BRACKISH – With salinity level ranging from 0.5 – 35 ppt (parts per thousand), brackish habitat makes it difficult for an organism to adapt in a different environment. Estuaries, Mangroves, Brackish marsh are some of the regions which lie within the brackish habitat.
  • SEA – The salinity level of the sea habitat is nearly constant, about 35 ppt. With ranging salinity, the density of water is noticed with an exponential change. However, there are areas in the sea that have a higher level of salinity. Due to less abundance of rainwater or river intake, the water density seems to rise as a result of an increase in salinity of sea habitat.
  • INLAND SALINE – Salinity level of this marine habitat ranges from 0.5 – 250 ppt. It is the aquaculture of marine animals and plants using inland sources of groundwater. Abundant species found in this region include rainbow trout, brown trout, snapper, and several unicellular algae. This region is mainly used for extensive culture, intensive culture, and semi-intensive culture.

RELATED QUESTIONS

  1. WHAT PORTION OF OCEANS IS COVERED BY MARINE HABITATS?

Marine habitats cover almost 65-70% of the total surface area of the planet. Both saline and freshwater cover around 71% of total surface area.

  1. WHAT IS THE TEMPERATURE VARIATION IN MARINE HABITATS?

Depending on their geographical location, the temperature can vary from 0°C in the polar regions to around 30°C in the tropical and subtropical regions.

WHAT ORGANISMS LIVE IN MARINE ECOSYSTEMS?

Every time we look far from the ocean shores, all we can see is endlessly drifting molecules of water. Within those ever drifting molecules, there lies home to almost all the organisms in the marine ecosystems combined. Scientific estimation suggests that 91% of the life in marine ecosystems are yet to be explored. Several species of organisms found in marine ecosystems live in an unimaginably dense environment, but of course, they do not feel the gravity of it, adaptability right?.

Lives of organisms in marine ecosystems largely depends on environmental factors such as salinity, temperature, water density and so on. Even in the absence of fundamental factors, some organisms in marine ecosystems have adapted themselves in extremely harsh environments. Marine ecosystems are home to millions or maybe billions of species from microscopic organisms to world’s largest animal. Marine viruses are one of the smallest life-form found in the marine ecosystems with Blue Whale being the largest animals found in these regions.

In this section, we will talk about several types of organisms found in the marine ecosystems. On a large scale, I have divided organisms based on their sizes and their habitable environment in marine ecosystems. We will also come across some really interesting organisms that had adapted itself to almost every environment in the last thousand or maybe millions of years.

HOW REALLY DIVERSE ARE THE ORGANISMS FOUND IN MARINE ECOSYSTEMS?

Marine ecosystems are home to around 50%-80% of total species found on Earth, both on land and in water. Number of species found in the marine ecosystems lies between 700,00- 1,000,000. A scientific estimation suggests, there are around 33.33%-66.66% of marine organisms that are yet to be discovered in the marine environment. However, there are several species that are currently at risk of their survival. Some of these species are Coral reef fishes, Sharks, Rays, and Marine Turtles.

WHAT ARE THE MICRO-ORGANISMS FOUND IN MARINE ECOSYSTEMS?

Microorganisms in marine ecosystems are found in salty or brackish water of coastal estuaries. They can be single-celled or multi-celled organisms. They can be sub categorised in three parts:

  1. VIRUSES – Marine viruses are small infectious microorganisms that only replicates into the bodies of other organisms. The origin of these viruses is unknown but it is found that they may have evolved from bacteria.
  2. PROKARYOTES – These are usually single-celled organisms but can also be found in the form of multicellular organisms. The typical length of Prokaryotic bacteria may vary to few micrometers. Marine bacteria are the most common form of prokaryotic organisms. Prokaryotes including marine bacteria and, marine archaea are normally found in the marine ecosystems.
  3. PROTISTS – These are the eukaryotic organisms that are not animals, plants or fungus. They are not only different from all other microorganisms but are very diverse in nature. Protists have very organized cells with the nucleus at the center and possess a specialized cellular machinery called as organelles.

WHAT KIND OF PLANT SPECIES ARE FOUND IN MARINE ECOSYSTEM?

Plant species are the lifeline to millions of organisms in the marine environment. Plants inside the marine habitat are usually found in the shallow water. Kelp, Red Algae, Sargassum, and Mangrove are some of the plant habitat found in a marine ecosystem. Plants not only act as food for other organisms but also keeps a proper exchange of oxygen and carbon dioxide in the atmosphere.

  1. KELP – Kelp, one of the 30 genera of brown algae are found in cold water. This specie grow as a large coastal seawoods. They usually produce algin, a form of carbohydrate which is not only helpful for marine habitat but for industrial purposes also. Kelps are found in abundance and can be as long as 10 feet.
  2. RED ALGAE – These are one of the oldest groups of Eukaryotic algae that are found in marine habitat but can barely be seen in freshwater. They are one of the oldest photosynthetic organisms found in the marine ecosystems. Red Algae possess minimal structural elements which could be a reason for their extremely small size.
  3. MANGROVE – The Mangrove is formed when variety of trees and shrubs are found in a wetland in coastal areas such as Estuaries. They provide shelter to several animal offshore species such as shellfish and other shallow water fishes. An ordinary mangrove can grow up to 9 meters. The mangrove leaves are spread from 7 to 15 cms. They constantly protect the shorelines from frequent soil erosion.

WHAT ARE THE ANIMAL SPECIES LIVING IN THE MARINE ECOSYSTEM?

Among all the species living in the marine environment, animal species catches our attention. But, the number of marine species we see without any efforts are just a fraction of animals living in the water. Nekton is one of the few species that can overcome ocean current to comfortably move in the water. Various sea mammals, fishes, and reptiles are some of the family of Nekton group.

  1. SEA MAMMALS – Every time we hear about marine animals Dolphin, Whale, Shark, Sea Otter are some of the marine mammals that captures our imagination. These are some of the most friendly yet familiar names we have ever heard. These mammals possess an intricate social hierarchy and exhibit impressive intelligence.
  2. SEA TURTLES – Ever since the time of dinosaurs, sea turtles have gone through several transformations. Banded sea kraits, Leatherback turtle, Kemp’s ridley turtle, Hawksbill turtle are some of the diversification that sea turtles had gone through in the few million years. This species is found in warm and temperate waters and can be found all over the world. The sea turtles usually undergo a long distance migration between their feeding grounds and hatching grounds.

WHAT ARE SOME OF THE ORGANISMS IN THE MARINE ENVIRONMENT THAT ARE AT RISK OD SURVIVAL?

  1. Sea Snakes
  2. Whales
  3. Marine Turtles
  4. Sharks and Rays

These are some of many marine organisms that are at risk of their survival in the marine ecosystems. The degradation factors affecting marine habitats including water contamination, ocean currents, salinity, and carbon dioxide. The marine species due to these factors and others are getting degraded at an alarming rate. All round sustainability is what every life form on earth must be demanding right now.

RELATED QUESTIONS

  • WHY DO WE NEED TO PROTECT MARINE ECOSYSTEMS AND ITS HABITANTS?

Marine algae alone contribute to most of the oxygen on earth and takes in the huge amount of carbon dioxide, making it favorable to live on Earth.

  • WHAT ARE SOME OF THE SALTWATER MARINE ORGANISMS?

Saltwater fish, Clownfish, Saltwater crocodiles, and Corals are some of the examples of saltwater marine ecosystems.