Thursday, December 10, 2020

Program Green Our Earth, Save Our Future Generations with Lions Club of Perak Silver State and MBI

12 December 2020

Program Hijaukan Bumi, Selamatkan Generasi Akan Datang merupakan sebahgian daripada Program Penanaman 1 Juta Pokok Perak peringkat Majlis Bandaraya Ipoh Zon Pasir Pinji anjuran Lions Club of Perak Silver State dengan Sokongan Majlis Bandaraya Ipoh. Ia bertujuan untuk membantu menghijaukan bumi Ipoh khasnya dan Perak amnya bagi membantu mencapai misi Ipoh Bandar Raya Rendah Karban 2030.



Program ini akan dirasmikan YBhg Dato' Hj Rumaizi Bin Baharin, Datuk Bandar Ipoh. Turut hadir, YBhg Datin Seri Dr. Nomee Ashikin Binti Dato' Mohammed Radzi, Pengerusi Perak Foodbank yang juga peneraju Tindakan Iklim Perak.



Pada tahun 2021, MBI telah mensasarkan penanaman sebanyak 1,500 pokok di sekitar Majlis Bandaraya Ipoh. Di sekitar Majlis Bandaraya Ipoh kini mempunyai anggaran 400,000 pokok. Ini bermakna pada tahun 2030 kawasan Majlis Bandaraya Ipoh akan mempunyai 415,000 pokok.

Anggaran bilangan kereta di kawasan Majlis Bandaraya Ipoh pada tahun 2030 adalah sebanyak 160,000. Setiap kereta biasa akan menghasilkan gas CO2 sebanyak 4,600 kg setahun. Ini bermakna pada tahun 2030 jumlah CO2 yang dihasilkan kereta adalah sebanyak 736,000,000 kg CO2. 




Setiap pokok yang matang pada usia 10 tahun dengan anggaran berat 1,000kg akan menyerap sebanyak 3,670kg CO2. Ini bermakna 415,000 pokok dapat menyerap sebanyak 1,523,050,000 kg CO2.  

Pada tanggal 12 Disember 2020, sebanyak 6 pohon pokok Mempari (Pongamia Pinatta) akan ditanam di Padang Housing Trust, Ipoh. Program ini adalah hasil cadangan Ahli Majlis Dr. Richard Ng, selaku Ahli Majlis Zon Pasir Pinji. 

Tanggal 12-12-2020 dipilih supaya generasi akan datang terutama warga Taman Housing Trust dapat mengingati tarikh keramat ini di mana pokok perlu ditanam demi menangani perubahan cuaca yang kian ketara.

Setiap pokok yang ditanam ini mempunyai surat beranak yang dipautkan ke sistem EZ3 dengan code QR bagi membolehkan generasi akan datang mengetahui bukan sahaja siapa dan bila ianya ditanam tetapi juga jenis pokok dan faedahnya.

Pokok Pongamia Pinatta ini dipilih untuk dijadikan sebagai teduhan kepada warga emas yang sentiasa santai di kawasan ini.

Lions Club of Perak Silver State turut menyumbang 2 kerusi taman yang turut disumbang 3 kerusi taman oleh MBI.



Enam Pohon Pokok Mempari telah ditanam seperti berikut:

Pokok # 1

Tree Serial Number: LCPSS-MBI/ 007/12/20

Name of Tree: Mempari (Pongamia Pinatta or Milletia Pinatta)

Family Name: Fabaceae

Genus:  Milletia

Common Name: Sea Shore Mempari, Indian Beech or  Pongam Oil tree

Height: 6 m to 15m

Planted by: YBhg Dato' Rumaizi Bin Baharin, Datuk Bandar Ipoh

Date Planted: 12 December 2020

Place: Padang Housing Trust, Ipoh, Perak

Programme name: Green Our Earth Save Our Future Generations



Pokok # 2

Tree Serial Number: LCPSS-MBI/ 008/12/20

Name of Tree: Mempari (Pongamia Pinatta or Milletia Pinatta)

Family Name: Fabaceae

Genus:  Milletia

Common Name: Sea Shore Mempari, Indian Beech or  Pongam Oil tree

Height: 6 m to 15m

Planted by: YBhg Datin Seri Dr. Nomee Ashikin Binti Dato' Mohammed Radzi, Pengerusi Perak Foodbank

Date Planted: 12 December 2020

Place: Padang Housing Trust, Ipoh, Perak

Programme name: Green Our Earth Save Our Future Generations



Pokok # 3

Tree Serial Number: LCPSS-MBI/ 009/12/20

Name of Tree: Mempari (Pongamia Pinatta or Milletia Pinatta)

Family Name: Fabaceae

Genus:  Milletia

Common Name: Sea Shore Mempari, Indian Beech or  Pongam Oil tree

Height: 6 m to 15m

Planted by: YBhg Clr. Dr. Richard Ng, Ahli Majlis MBI merangkap Presiden Lions Club of Perak Silver State

Date Planted: 12 December 2020

Place: Padang Housing Trust, Ipoh, Perak

Programme name: Green Our Earth Save Our Future Generations



Pokok # 4

Tree Serial Number: LCPSS-MBI/ 010/12/20

Name of Tree: Mempari (Pongamia Pinatta or Milletia Pinatta)

Family Name: Fabaceae

Genus:  Milletia

Common Name: Sea Shore Mempari, Indian Beech or  Pongam Oil tree

Height: 6 m to 15m

Planted by: YBhg Dr. CK Yeoh, CEO AXG Industries Sdn. Bhd.

Date Planted: 12 December 2020

Place: Padang Housing Trust, Ipoh, Perak

Programme name: Green Our Earth Save Our Future Generations



Pokok # 5

Tree Serial Number: LCPSS-MBI/ 011/12/20

Name of Tree: Mempari (Pongamia Pinatta or Milletia Pinatta)

Family Name: Fabaceae

Genus:  Milletia

Common Name: Sea Shore Mempari, Indian Beech or  Pongam Oil tree

Height: 6 m to 15m

Planted by: YBhg Cik Girlie Lim Hong Lian, Pengerusi JPP1 Pasir Pinji merangkap Region 3 & 4 Chairman (Services), Lions Club international District 308B2 

Date Planted: 12 December 2020

Place: Padang Housing Trust, Ipoh, Perak

Programme name: Green Our Earth Save Our Future Generations



Pokok # 6

Tree Serial Number: LCPSS-MBI/ 012/12/20

Name of Tree: Mempari (Pongamia Pinatta or Milletia Pinatta)

Family Name: Fabaceae

Genus:  Milletia

Common Name: Sea Shore Mempari, Indian Beech or  Pongam Oil tree

Height: 6 m to 15m

Planted by: YBhg En Teh Chin Han, Pengerusi JPP2 Pasir Pinji

Date Planted: 12 December 2020

Place: Padang Housing Trust, Ipoh, Perak

Programme name: Green Our Earth Save Our Future Generations




Description:

Millettia pinnata is a legume tree that grows to about 15–25 metres (50–80 ft) in height with a large canopy which spreads equally wide. It may be deciduous for short periods. It has a straight or crooked trunk, 50–80 centimetres (20–30 in) in diameter, with grey-brown bark which is smooth or vertically fissured. Branches are glabrous with pale stipulate scars. The imparipinnate leaves of the tree alternate and are short-stalked, rounded or cuneate at the base, ovate or oblong along the length, obtuse-acuminate at the apex, and not toothed on the edges. They are a soft, shiny burgundy when young and mature to a glossy, deep green as the season progresses with prominent veins underneath.[5]

Flowering generally starts after 3–4 years with small clusters of white, purple, and pink flowers blossoming throughout the year. The raceme-like inflorescence bear two to four flowers which are strongly fragrant and grow to be 15–18 millimetres (0.59–0.71 in) long. The calyx of the flowers is bell-shaped and truncate, while the corolla is a rounded ovate shape with basal auricles and often with a central blotch of green color.[3][6]

Croppings of indehiscent pods can occur by 4–6 years. The brown seed pods appear immediately after flowering and mature in 10 to 11 months. The pods are thick-walled, smooth, somewhat flattened and elliptical, but slightly curved with a short, curved point. The pods contain within them one or two bean-like brownish-red seeds, but because they do not split open naturally the pods need to decompose before the seeds can germinate. The seeds are about 1.5–2.5 centimetres (0.59–0.98 in) long with a brittle, oily coat and are unpalatable to herbivores.[5][6]

Naturally distributed in tropical and temperate Asia, from India to Japan to Thailand to Malesia to north and north-eastern Australia to some Pacific islands;[1][3] It has been propagated and distributed further around the world in humid and subtropical environments from sea level to 1200m, although in the Himalayan foothills it is not found above 600m.[7] Withstanding temperatures slightly below 0 °C (32 °F) and up to about 50 °C (120 °F) and annual rainfall of 500–2,500 mm (20–100 in), the tree grows wild on sandy and rocky soils, including oolitic limestone, and will grow in most soil types, even with its roots in salt water.[8]

The tree is well suited to intense heat and sunlight and its dense network of lateral roots and its thick, long taproot make it drought-tolerant. The dense shade it provides slows the evaporation of surface water and its root nodules promote nitrogen fixation, a symbiotic process by which gaseous nitrogen (N2) from the air is converted into ammonium (NH4+, a form of nitrogen available to the plant). M. pinnata is also a fresh water flooded forest species as it can survive total submergence in sweet water for few months continuously. M. pinnata tree is common in Tonlesap lake swamp forests in Cambodia

Millettia pinnata is an outbreeding diploid legume tree, with a diploid chromosome number of 22.[6] Root nodules are of the determinate type (as those on soybean and common bean) formed by the causative bacterium Bradyrhizobium.





Uses:

Millettia pinnata is well-adapted to arid zones and has many traditional uses. It is often used for landscaping purposes as a windbreak or for shade due to the large canopy and showy fragrant flowers. The flowers are used by gardeners as compost for plants requiring rich nutrients. The bark can be used to make twine or rope and it also yields a black gum that has historically been used to treat wounds caused by poisonous fish. The wood is said to be beautifully grained but splits easily when sawn thus relegating it to firewood, posts, and tool handles.[7]

While the oil and residue of the plant are toxic and will induce nausea and vomiting if ingested, the fruits and sprouts, along with the seeds, are used in many traditional remedies.[8] Juices from the plant, as well as the oil, are antiseptic[medical citation needed] and resistant to pests. In addition M. pinnata has the rare property of producing seeds of 25–40% lipid content of which nearly half is oleic acid.[9] Oil made from the seeds, known as pongamia oil, is an important asset of this tree and has been used as lamp oil, in soap making, and as a lubricant for thousands of years. The oil has a high content of triglycerides, and its disagreeable taste and odor are due to bitter flavonoid constituents including karanjinpongamoltannin and karanjachromene.[8] It can be grown in rainwater harvesting ponds up to 6 m (20 ft) in water depth without losing its greenery and remaining useful for biodiesel production.[10]

The residue of oil extraction, called press cake, is used as a fertilizer and as animal feed for ruminants and poultry.[11]

Long used as shade tree, M. pinnata is heavily self-seeding and can spread lateral roots up to 9 m (30 ft) over its lifetime. If not managed carefully it can quickly become a weed leading some, including Miami-Dade County, to label the tree as an invasive species.[12] However this dense network of lateral roots makes this tree ideal for controlling soil erosion and binding sand dunes.[7]


Source: https://en.wikipedia.org/wiki/Millettia_pinnata




Kempen Penananam Sejuta Pokok Perak Ahli Majlis MBI Zon Pasir Pinji - Housing Trust

10 Disember 2020

Program Penanaman Sejuta Pokok "Green Our Earth Save Our Future Generations" anjuran Lions Club of Perak Silver State dengan Sokongan Majlis Bandaraya Ipoh Zon Pasir Pinji:

Tarikh: 12-12-2020

Tempat: Padang Housing Trust, Ipoh, Perak

Masa: 9.00 pagi hingga 10.30 pagi

Perasmian oleh: YBhg Dato' Hj. Rumaizi Bin Baharin, Datuk Bandar Ipoh





Monday, November 23, 2020

Urban forests battle heat and pollution

 23 November 2020 (The Star)


SEOUL, South Korea, has recently launched an urban forest project, hoping to lower city temperatures by up to 7°C. From Phoenix in the United States to Mumbai, India, and Paris, France, as cities try to combat pollution and improve air quality, urban forests are mushrooming.


In South Korea, Seoul residents are increasingly faced with intense summer heat. In the summer of 2018, temperatures went up to 39.6°C during the hottest part of the day. 

However, the capital’s geographical location has two things going for it – it’s overlooked by two mountainous massifs, Bukhansan to the north and Gwanaksan to the south. 
Now, Korean authorities have decided to take advantage of the cooling However, the capital’s geographical location has twothings going for it – it’s overlooked by twomountainous massifs, Bukhansan to the north andGwanaksan to the south.

Now, Korean authorities have decided to takeadvantage of the cooling properties of these relieffeatures to try to ameliorate future heat waves.

The Seoul Metropolitan Government plans to install “wind path forests” along the rivers and roads, tocreate cooling air corridors that will flow into the citycentre. The project will commence as soon as asNovember, and work will continue until the end of2021. The total cost? US$15mil (RM62mil).Wind-generating species such as pine and maple trees will beplanted along the water. Wild cherry and oak, knownfor their ability to purify the air and absorb and blockparticulate matter, will also be planted on paths linkingthe forested areas to the city centre.

Action plans in cities worldwide

The Seoul project is far from unique. In the UnitedStates, urban forests are being employed to helpcongested cities breathe. Boston has just closed arequest for proposals to design its urban forest plan,while on the West Coast, Los Angeles has plans toplant 90,000 trees by 2021.

In Phoenix, Arizona, the Tree and Shade Master Planwas passed in 2010 to transform the city and providemore shade and cleaner air. Phoenix has since speededup its efforts, planting over 4,500 trees per year tocreate more shade.

In Mumbai, India, authorities are trying to increaseurban forest cover as fast as possible. An initiative toplant 10,000 local species of trees, with the support ofDCB Bank, will use the Japanese Miyawaki technique– named for its inventor – of planting dense forests ofnative species, which allows the trees to grow up to ahundred times faster than usual.

Meanwhile in Paris, mayor Anne Hidalgo hasannounced plans for urban forests next to multiple citylandmarks including the Hotel de Ville, Paris’ city hall,the Opera Garnier and the Gare de Lyon. — AFP Relax news

Thursday, November 12, 2020

Yellow Flame of the Forest (Peltophorum Pterocarpum) at Jln Sultan Azlan Shah (Tiger Lane) Ipoh

11 Nov 2020

As we take a ride along Jln Sultan Azlan Shah from the junction of Jln Sultan Nazrin Shah to the junction of North-South Highway in Ipoh, a distance of of approximately 7km, you will be able to find 550 trees of the species Yellow Flame of the Forest or its scientific name, Peltophorum Pterocarpum.


These trees were planted along this protocol road approximately 30 years ago.  Several prominent building can be found along this road; the Istana Cempaka Sari, the official residence of the Mayor of Ipoh and the Royal Golf Club on one side and the bungalow house of Datin Janet Yeoh, the mother of our famous actress Tan Sri Michelle Yeoh ( James Bond and Crouching Tiger).





According to the notes in wikipedia:

It is a deciduous tree growing to 15–25 m (rarely up to 50 m) tall, with a trunk diameter of up to 1 m belonging to Family Leguminosae and sub-family Caesalpiniaceaea. The leaves are bipinnate, 30–60 cm long, with 16–20 pinnae, each pinna with 20–40 oval leaflets 8–25 mm long and 4–10 mm broad. The flowers are yellow, 2.5–4 cm diameter, produced in large compound raceme up to 20 cm long. Pollens are approximately 50 microns in size.




How much CO2 is being absorbed?

Base on the current size and height, each tree is estimated to weigh about 800kg.  A tree will absorb CO2 and convert it into carbon. This process is called carbon sequestration.

Each kg of tree can absorb approximately 3.46 kg CO2 per year. Thus the amount of CO2 absorbed by these 550 trees is approximately:

= 800 x 3.46 x 550 

= 152,240 kg of CO2

How many cars travel along this road?

Based on the estimation of 30 cars per km per minute for a period of 5 hours a day, there is an average of 15,000 cars per year travelling along this road. Each car generate 4,600kg of CO2 per year. Thus, the total amount of CO2 produced by these cars along this road is about 115,920,000kg.

Conclusion:

The amount of carbon absorption by these 550 trees is only 152,240kg per year

The amount of CO2 produced by cars along this road is 115,920,00kg per year

Hence, the percentage of CO2 absorbed by trees along this road = 0.13%

Discussion:

More needs to be done by all of us to help turn Ipoh into a low carbon city. This can be achieved through:

a. Planting more trees

b. Use public transportation

c. Car pool

d. Use Electric Cars

e. Cycle or walk more

d. Use low carbon emission transport






Friday, September 4, 2020

Tree Planting at The Kandu Resort, Gopeng - 5 September 2020

5 September 2020

Ipoh City Watch in collaboration with Lions Club of Perak Silver State will be planting the 6th tree at The Kandu Resort, Gopeng in conjunction with Merdeka Community Garden Project organised by Pertubuhan Rakan Komuniti Pendidikan Perak:

Tree Serial Number: ICW-CG-0006/09/20

Name of Tree: Eugenia Oleina (Syzygium Myrtifolium)

Family Name: Myrtaceae

Genus:  Eugenia

Common Name: Eugenia

Height: 6m to 8m

Planted by: YBhg Dato' Mohamad Radzi Manan, Chairman, Kandu Resort

Date Planted: 5 September 2020

Place: The Kandu Resort, Gopeng, Perak

Programme name: Program Kebun Komuniti Merdeka


Eugenia is a genus of flowering plants in the myrtle family Myrtaceae. It has a worldwide, although highly uneven, distribution in tropical and subtropical regions. The bulk of the approximately 1,100 species occur in the New World tropics, especially in the northern Andes, the Caribbean, and the Atlantic Forest (coastal forests) of eastern Brazil. Other centers of diversity include New Caledonia and Madagascar. Many of the species that occur in the Old World have received a new classification into the genus Syzygium.[3]

All species are woody evergreen trees and shrubs. Several are grown as ornamental plants for their attractive glossy foliage, and a few produce edible fruit that are eaten fresh or used in jams and jellies.

 


Tuesday, August 25, 2020

Tree Planting at Rumah Seri Kenangan by Clr. Dr. Richard Ng

26 August 2020

Tree Planting as Part of Ipoh Low Carbon City


Tree Serial Number: ICW-CG-0005/08/20

Name of Tree: Avocado or Persea Americana

Family Name: Lauraceae

Genus:  Persea   

Common Name: Avocado

Height: 20m to 30m

Planted by: YBhg Clr. Dr. Richard Ng, Chairman, Gabungan NGO Prihatin Perak

Date Planted: 26 August 2020

Place: Rumah Seri Kenangan, Ulu Kinta, Perak

Programme name: Program Kebun Komuniti Warga Emas




Tree Planting at Rumah Seri Kenangan By Dato' Rafek Bin Reshidullah

 26 August 2020

Tree planting as part of a bigger plan to make Ipoh a Low Carbon City:


Tree Serial Number: ICW-CG-0004/08/20


Name of Tree: Durian Musang King

Family Name: Malvaceae

Sub-family:  Helicteroideae   

Common Name: Musang King

Height: 25m to 50m

Planted by: YBhg Dato' Rafek Bin Reshidullah, Pengerusi, Lembaga Pelawat Rumah Seri Kenangan

Date Planted: 26 August 2020

Place: Rumah Seri Kenangan, Ulu Kinta, Perak

Programme name: Program Kebun Komuniti Warga Emas

Tree Planting at Rumah Seri Kenangan Ulu Kinta - By YABhg Datin Seri Dr. Nomee Ashikin Binti Dato' Mohamad Radzi

26 August 2020

Tree planting as part of a bigger plan to make Ipoh a Low Carbon City:


Tree Serial Number: ICW-CG-0003/08/20


Name of Tree: Durian Musang King

Family Name: Malvaceae

Sub-family:  Helicteroideae   

Common Name: Musang King

Height: 25m to 50m

Planted by: YABhg Datin Seri Dr. Nomee Ashikin Binti Dato' Mohamad Radzi, wife of Perak Menteri Besar

Date Planted: 26 August 2020

Place: Rumah Seri Kenangan, Ulu Kinta, Perak

Programme name: Program Kebun Komuniti Warga Emas


Wednesday, August 5, 2020

Tree Planting by Dato' Rumaizi Bin Baharin - ICW-MBI-0002/08/20

9 August 2020

Tree Planting as part of making Ipoh as a Low Carbon City and Garden in the City project.

Tree Serial Number: ICW-MBI-0002/08/20

Name of Tree: Red Bucida Buceras

Family Name: Bucida

Common Name: Bucida Buceras (Pokok Doa)

Height: 3.0.m to 7.0m

Planted by: YBhg Dato' Rumaizi Bin Baharin, Mayor of Ipoh City

Date Planted: 9 August 2020

Place: Pusat Rela Pasir Pinji, Jln Sultan, Pasir Pinji, Ipoh, Perak

Programme: Program Gotong Royong Pembersihan Merdeka Zon Pasir Pinji







Tree Planting by YB Dato Nolee Ashilin Binti Dato' Mohamad Radzi - ICW-MBI-0001/08/20

9 August 2020

Tree Planting as part of making Ipoh as a Low Carbon City and Garden in the City project.

Tree Serial Number: ICW-MBI-0001/08/20

Name of Tree: Red Bucida Buceras

Family Name: Bucida

Common Name: Bucida Buceras (Pokok Doa)

Height: 3.0.m to 7.0m

Planted by: YB Dato' Nolee Ashilin Binti Dato' Mohamad Radzi, Perak Exco

Date Planted: 9 August 2020

Place: Pusat Rela Pasir Pinji, Jln Sultan, Pasir Pinji, Ipoh, Perak

Programme: Program Gotong Royong Pembersihan Merdeka Zon Pasir Pinji




Saturday, July 11, 2020

Recycling: How long does it takes for Plastic Bottles and Aluminium Can to Decompose?

Please play your role to save our only planet Earth. Thin Before you Throw. Here are top 10 trash that take the longest time to decompose:


10 Types of Trash that take the Longest to Decompose

At Ecology Recycling & Transportation Services, our passion is providing recycling resources across Southern California, as well as the Western United States. While we try to do our part to contribute to a green planet, we have noticed that when people do not recycle and instead throw out trash that ends up in landfills, it is generally due to the fact that they are unaware how long it actually takes for everyday materials to decompose in landfills. As we know, this has a terrible impact on the planet. Below, we present to you the 10 types of common trash that take the longest to decompose.

1. Plastic Bags

Despite the awareness raised about the environmental dangers caused by plastic waste, particularly in Southern California, there are still plenty of people who use plastic bags. We are still offered the option of having our items bagged in plastic at most grocery stores of course. Unfortunately, people tend to throw out their used and unwanted plastic bags in the garbage instead of returning them to the grocery store for recycling. It takes these bags anywhere from 10-1000 years to decompose in landfills!

2. Plastic Bottles



Be it a simple water bottle you buy at a festival, or a Gatorade bottle from the convenience store, plastic bottles take a major toll on our environment, and should always be recycled. When left to rot in a landfill, it takes plastic bottles about 450 years to decompose.

3. Aluminum Cans


Aluminum cans are one of America’s favorite items to recycle. But at the same time, enough cans are thrown away in the trash within a three-month period to rebuild the U.S. commercial air fleet! Yes, that is a lot of cans! It also takes them about 80-200 years to decompose in a landfill.

4. Paper Waste

Many of us throw out paper trash when we should be recycling it. In fact, it just so happens to take up the most space in landfills. Can you imagine what it would be like if we all were better at recycling our paper waste? It only takes about 2-6 weeks for paper waste to decompose in landfills, and while that is quicker than most waste, it hardly matters since more paper waste is continuously being added to landfills.

5. Foam


Because foam is so well known for being a major drain on the environment, it is luckily disappearing from our everyday lives. But not quick enough! We still use foam cups for hot beverages, and we still receive foam padding in the boxes of large appliances. It takes about 50 years for a foam cup to decompose.

6. Rubber Boot Soles

Except for few, eco-minded brands, most shoe manufacturers put rubber soles on the bottom of their sneakers and boots. And of course, when we toss old shoes away, they end up in a landfill. It takes about 50-80 years for rubber boot soles to decompose!

7. Milk Cartons

Milk cartons are made with paperboard, as well as an insulating layer of polyethylene plastic and a dash of shelf-stable-friendly aluminum. This is terrible for the environment, and when thrown away, milk cartons take about 5 years to decompose.

8. Nylon Fabric

Nylon fabric is mainly a utility fabric, used in many sports-related items, as well as craft projects. But when trashed, nylon fabric takes 30-40 years to decompose.

9. Batteries

There are so many different types of batteries, which we rely on daily to keep our items, as well as ourselves, on-the-go. But when we toss out the everyday batteries we use, it takes them about 100 years to fully decompose.

10. Styrofoam


Styrofoam, a foam cup’s big ugly brother! It is made with polystyrene, a petroleum-based plastic, so it is not remotely sustainable. Just like with tin foil, Styrofoam does not biodegrade, meaning it just takes up space in landfills.