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Visibile
Age: 52
Hair: Brown
Gender: Female
Invisible
Religion: Christian
Role: Mother, daughter wife, sister, aunt
Job: Teacher

# data[].attributes.body
Age 55

Gender Male

Eye Color Green

Invisible;

Dad

Widower

Friend

# data[].attributes.body
Visible:

Age: 23

Hair: Brown

Gender: Female

Invisible:

Role: Wife, sister, daughter, aunt

Job: Paraeducator

Family traditions: Celebrate the Day of the Dead, Semana Santa, Quinceneras, El Dia de la Virgen de Guadalupe, and Dia de los Reyes Magos

# data[].attributes.body
Visible

Age:20

Hair: dirty blonde

Gender: Female

Invisible

Daughter, sister, girlfriend, aunt

waitress

love to travel

# data[].attributes.body
Visible:

Age: 26

Eye color: Brown

Hair color: Brown

Gender: Female

Invisible:

Daughter, friend, sister, aunt

Job: Certified childcare profession; help my best friend with his roofing business

# data[].attributes.body
Visible:

Age: 36

Hair: Dark Brown

Gender: Female

Race: Native American

Invisible:

Role: Mom, Wife, Sister, Aunt, Daughter

Job: First Nations Specialist

I would give the shirt off my back to help anyone and everyone.

# data[].attributes.body
Visible:

Female

White

hair and eyes brown

Not visible :

Age 36 (appears a lot younger approx. 10 years )

Non-denominational religion views

Current Job Security

# data[].attributes.body
Visible:

Male

Older

Tall

Red Beard

Happy

Well Dressed

Not so Visible:

Father

Single Parent

World traveler, non-tourist

Sports Fanatic

Open minded to everything

Willing to try anything

# data[].attributes.body
Visible

Age: 18

Gender: Women

Language: Spanish and English

Invisible

Role: Sister, daughter, friend, cousin

Religion: Catholic

Traditions: Las posadas, Day of the dead, cinco de mayo and more,

# data[].attributes.body
Visible traits:

Age: 20

Eye color: Brown

Hair color: Brown

Gender: Male

Non/less visible traits

Job: Loan Officer

Role: Son, friend

Hobbies: Sports, quality time with family and friends

# data[].attributes.body
Visible:

Age 32

Gender: Female

Hair: Brown

Eyes: Hazel

Invisible:

Wife, Mother, Friend, sister

Job: Paraprofessional

# data[].attributes.body
Visible:

Female, 24

Tattoos, nose piercing

Short 5"1'

Invisible:

Vegetarian

Girlfriend, pet mother

empathic

# data[].attributes.body
Visible:

Age :31

Eye Color: Brown

Gender: Female

Not Visible:

Roles in my life: Daughter, Sister,

Aunt, Girlfriend

Current Job: Morning Supervisor Cook

Hobbies: Shopping, Dimond Art, Puzzles

# data[].attributes.body
Visible:

Age:18

Gender: Female

Hair: brunette

Hight: 5'6''

Invisible:

Job: Milks cows/feed calves, NWTC student

Role: daughter, sister, girlfriend, cow mom, 4H

# data[].attributes.body
Shannon Fry

Three visible:

1. Female

2. 31 years old

3. Brown Hair

Three less/not visible:

1. Mom, daughter and granddaughter

2. Tacos and Cheeseburgers

3. Agnostic

# data[].attributes.body
Visible:

Hair: Blonde

Age: 25

Gender: Female

Invisible:

Role: Daughter, sister, wife, aunt, granddaughter

Religion: Luthern

Job: Driving instructor

# data[].attributes.body
Visible:

Age: 18

Gender: Woman

Short

Funny

Not visible:

sister

love choir

having lots of friends

able to make someone day by smiling

# data[].attributes.body
Visible

Age: 65

Hair: Black

Gender: Female

Invisible

Role: Mother, Sister, Grandmother, Aunt, Friend

Education: Paraeducator

Reiki Master practitioner

Family oriented and always willing to help others in need.

# data[].attributes.body
Visible

Age: 37

Gender: Female

Hair: Light Brown

Invisible

Role: Mom, sister, daughter

Job: Cook, school supervisor

# data[].attributes.body
Visible:

Age: 16

Hair: Light brown

Eye color: Brown

Gender: Female

Invisible:

Role: sister, daughter, aunt, and friend

Hobbies: painting nails, puzzles, and baking

Values: friendship, honesty, and open-mindedness

# data[].attributes.body
Three of the visible personal identifiers that are unique to me are that I am a girl, my language is English, and my age is 21.

Three of the less/not visible personal identifiers that are unique to me are my favorite food strawberries and chicken cordon bleu. My musical preference is country music, and the last one is my nationality is Caucasian or white.

# data[].attributes.body
Visible

Gender: Male

Age: 18

Language: Somali

Invisible

Role: Son, Brother, Friend, Student

Religion: Islam

Job: Stocking

# data[].attributes.body
Visible: Gender- Female

Age- 23

Language- English

Less/not visible:

Role in family- Mother

Wealth- lower middle class

Favorite food- Authentic tacos

# data[].attributes.body
Visible

Age: 19

Gender: Female

Hair: Blonde

Invisible

Religion: Christian

Job: Teacher Associate

Roles: Daughter and sister

# data[].attributes.body
I have a sister

I have a dog

I have a boyfriend

I don’t like running

I don’t like Italian foods

I don’t like seafood

# data[].attributes.body
Visible-

Age: 39

Hair: Brown

Gender: Female

Invisible-

Role: Mother, wife, daughter, sister, aunt, friend

Job: Paraprofessional

Hobbies: Crafting (willing to attempt anything!), golfing, and thrifting

# data[].attributes.body
Visible:

Hair: Brown, Curly

Gender: Female

Like to dress up

Less Visible:

Role: wife, daughter and sister

Interests: Playing piano, baking, travel

Job: Para professional

# data[].attributes.body
Visible:

18

Female

brown hair

Funny

Invisible:

5 siblings

Finding my religion

Adopted as an adult

Had to build my own family

And again funny 😉

# data[].attributes.body
Visible

Gender: Female

Age: 35

Hair: Brown

Less Visible:

I'm the oldest sibling

I like to read

I enjoy writing

# data[].attributes.body
VISIBLE:

Age: 51

Hair Color: Blonde

Gender: Female

NOT VISIBLE:

Role: Daughter, wife, mother, sister, aunt, friend.

Job: Special Education Assistant in Assistive Technology.

Interests: Packer fan, love to travel, and play the violin.

# data[].attributes.body
Visible:

Female

Teen - 16

Brown eyes

Brown hair

Invisible:

Christian

Values: Honesty, kindness, empathy

I like to paint

2 siblings

# data[].attributes.body
Visible

Age - 28

Gender - Female

Eye Color - Green

Invisible

Role - Mom, wife, daughter, aunt, student

Job - Stay-at-home mom

Hobbies - Reading & volleyball

# data[].attributes.body
Visible:

Bad Vision (wearing glasses)

Female

Short

Invisible:

Native American (I am very white passing and no one knows I am Native until they see my Mother)

Aunt

learning to dance

# data[].attributes.body
Visible

Age: 27

Hair: red/brown

Gender: female

Invisible

Role: mom, daughter, friend

Job: respite care provider/school support

Food: sushi

Hobbies: reading, gym

Values: hardworking, passionate, supportive, dependable

# data[].attributes.body
Visable

Age: 28

Hair: Brown

Gender: Female

Invisible

Roles: Mother, wife, sister, daughter, aunt, friend

Hobbies: Kayaking, spending time in nature, any time spent with my children

Values: I value family above everything, honesty and respect for one another

# data[].attributes.body
My favorite place(s) include my bed and the beach.
My favorite Food(s) include sushi and any type of pasta.
Lastly these are my favorite people, my two children and husband!

# data[].attributes.body
Visible

Age 21

Gender:Male

Language: English

Invisible

Role Brother Cousin Son

Job: Fast food worker at Culvers hoping to be a paraeductor

Hobbies: cars Education

# data[].attributes.attachment_link.readable_text
An iceberg in the Arctic Ocean

Icebergs in Greenland as filmed by NASA in 2015

An iceberg is a piece of freshwater ice more than 15 m long that has broken off a glacier or an ice shelf and is floating freely in open (salt) water. Smaller chunks of floating glacially-derived ice are called "growlers" or "bergy bits". Much of an iceberg is below the water's surface, which led to the expression " tip of the iceberg" to illustrate a small part of a larger unseen issue. Icebergs are considered a serious maritime hazard.

Icebergs vary considerably in size and shape. Icebergs that calve from glaciers in Greenland are often irregularly shaped while Antarctic ice shelves often produce large tabular (table top) icebergs. The largest iceberg in recent history, named B-15, was measured at nearly 300 by 40 kilometres (186 by 25 mi) in 2000. The largest iceberg on record was an Antarctic tabular iceberg measuring 335 by 97 kilometres (208 by 60 mi) sighted 240 kilometres (150 mi) west of Scott Island, in the South Pacific Ocean, by the USS Glacier on November 12, 1956. This iceberg was larger than Belgium.

Typically about one-tenth of the volume of an iceberg is above water, which follows from Archimedes's Principle of buoyancy; the density of pure ice is about 920 (57 lb/cu ft), and that of seawater about 1,025 kg/m ³ (64 lb/cu ft). The contour of the underwater portion can be difficult to judge by looking at the portion above the surface.

Northern edge of Iceberg B-15A in the Ross Sea, Antarctica, 29 January 2001

The largest icebergs recorded have been calved, or broken off, from the Ross Ice Shelf of Antarctica. Icebergs may reach a height of more than 100 metres (300 ft) above the sea surface and have mass ranging from about 100,000 tonnes up to more than 10 million tonnes. Icebergs or pieces of floating ice smaller than 5 meters above the sea surface are classified as "bergy bits"; smaller than 1 meter-"growlers". The largest known iceberg in the North Atlantic was 168 metres (551 ft) above sea level, reported by the USCG icebreaker Eastwind in 1958, making it the height of a 55-story building. These icebergs originate from the glaciers of western Greenland and may have interior temperatures of −15 to −20 °C (5 to −4 °F).

Grotto in an iceberg, photographed during the British Antarctic Expedition of 1911-1913, 5 Jan 1911

A given iceberg's trajectory through the ocean can be modelled by integrating the equation

where m is the iceberg mass, v the drift velocity, and the variables f, k, and F correspond to the Coriolis force, the vertical unit vector, and a given force. The subscripts a, w, r, s, and p correspond to the air drag, water drag, wave radiation force, sea ice drag, and the horizontal pressure gradient force.

Icebergs deteriorate through melting and fracturing, which changes the mass m, as well as the surface area, volume, and stability of the iceberg. Iceberg deterioration and drift, therefore, are interconnected iceberg thermodynamics, and fracturing must be considered when modelling iceberg drift.

Winds and currents may move icebergs close to coastlines, where they can become frozen into pack ice (one form of sea ice), or drift into shallow waters, where they can come into contact with the seabed, a phenomenon called seabed gouging.

Air trapped in snow forms bubbles as the snow is compressed to form firn and then glacial ice. Icebergs can contain up to 10% air bubbles by volume.[failed verification ] These bubbles are released during melting, producing a fizzing sound that some may call "Bergie Seltzer". This sound results when the water-ice interface reaches compressed air bubbles trapped in the ice. As each bubble bursts it makes a "popping" sound and the acoustic properties of these bubbles can be used to study iceberg melt.

An iceberg may flip, or capsize, as it melts and breaks apart, changing the center of gravity. Capsizing can occur shortly after calving when the iceberg is young and establishing balance. Icebergs are unpredictable and can capsize anytime and without warning. Large icebergs that break off from a glacier front and flip onto the glacier face can push the entire glacier backwards momentarily, producing 'glacial earthquakes' that generate as much energy as an atomic bomb.

Icebergs are generally white because they are covered in snow, but can be green, blue, yellow, black, striped, or even rainbow-colored. Seawater, algae and lack of air bubbles in the ice can create diverse colors. Sediment can create the dirty black coloration present in some icebergs.

Different shapes of icebergs

Tabular iceberg, near Brown Bluff in the Antarctic Sound off Tabarin Peninsula

In addition to size classification (Table 1), icebergs can be classified on the basis of their shapes. The two basic types of iceberg forms are tabular and non-tabular. Tabular icebergs have steep sides and a flat top, much like a plateau, with a length-to-height ratio of more than 5:1.

This type of iceberg, also known as an ice island, can be quite large, as in the case of Pobeda Ice Island. Antarctic icebergs formed by breaking off from an ice shelf, such as the Ross Ice Shelf or Filchner-Ronne Ice Shelf, are typically tabular. The largest icebergs in the world are formed this way.

Non-tabular icebergs have different shapes and include:

Dome: An iceberg with a rounded top.

Pinnacle: An iceberg with one or more spires.

Wedge: An iceberg with a steep edge on one side and a slope on the opposite side.

Dry-dock: An iceberg that has eroded to form a slot or channel.

Blocky: An iceberg with steep, vertical sides and a flat top. It differs from tabular icebergs in that its aspect ratio, the ratio between its width and height, is small, more like that of a block than a flat sheet.

The iceberg suspected of sinking the RMS Titanic; a smudge of red paint much like the Titanic's red hull stripe runs along its base at the waterline.

Prior to 1914 there was no system in place to track icebergs to guard ships against collisions.[citation needed ] despite fatal sinkings of ships by icebergs. In 1907, SS Kronprinz Wilhelm, a German liner, rammed an iceberg and suffered a crushed bow, but was still able to complete her voyage. The advent of water tight compartmentalization in ship construction led designers to declare their ships "unsinkable".

The April 1912 sinking of the , which struck an iceberg, killed more than 1,500 of its estimated 2,224 passengers and crew, discredited this claim. For the remainder of the ice season of that year, the United States Navy patrolled the waters and monitored ice movements. In November 1913, the International Conference on the Safety of Life at Sea met in London to devise a more permanent system of observing icebergs. Within three months the participating maritime nations had formed the International Ice Patrol (IIP). The goal of the IIP was to collect data on meteorology and oceanography to measure currents, ice-flow, ocean temperature, and salinity levels. They monitored iceberg dangers near the Grand Banks of Newfoundland and provided the "limits of all known ice" in that vicinity to the maritime community. The IIP published their first records in 1921, which allowed for a year-by-year comparison of iceberg movement.

An iceberg being pushed by three U.S. Navy ships in McMurdo Sound, Antarctica

Aerial surveillance of the seas in the early 1930s allowed for the development of charter systems that could accurately detail the ocean currents and iceberg locations. In 1945, experiments tested the effectiveness of radar in detecting icebergs. A decade later, oceanographic monitoring outposts were established for the purpose of collecting data; these outposts continue to serve in environmental study. A computer was first installed on a ship for the purpose of oceanographic monitoring in 1964, which allowed for a faster evaluation of data. By the 1970s, ice-breaking ships were equipped with automatic transmissions of satellite photographs of ice in Antarctica. Systems for optical satellites had been developed but were still limited by weather conditions. In the 1980s, drifting buoys were used in Antarctic waters for oceanographic and climate research. They are equipped with sensors that measure ocean temperature and currents.

Acoustic monitoring of an iceberg

Side looking airborne radar (SLAR) made it possible to acquire images regardless of weather conditions. On November 4, 1995, Canada launched RADARSAT-1. Developed by the Canadian Space Agency, it provides images of Earth for scientific and commercial purposes. This system was the first to use synthetic aperture radar (SAR), which sends microwave energy to the ocean surface and records the reflections to track icebergs. The European Space Agency launched ENVISAT (an observation satellite that orbits the Earth's poles) on March 1, 2002. ENVISAT employs advanced synthetic aperture radar (ASAR) technology, which can detect changes in surface height accurately. The Canadian Space Agency launched RADARSAT-2 in December 2007, which uses SAR and multi-polarization modes and follows the same orbit path as RADARSAT-1.

Iceberg concentrations and size distributions are monitored worldwide by the U.S. National Ice Center (NIC), established in 1995, which produces analyses and forecasts of Arctic, Antarctic, Great Lakes and Chesapeake Bay ice conditions. More than 95% of the data used in its sea ice analyses are derived from the remote sensors on polar-orbiting satellites that survey these remote regions of the Earth.

Iceberg A22A in the South Atlantic Ocean

The NIC is the only organization that names and tracks all Antarctic Icebergs. It assigns each iceberg larger than 10 nautical miles (19 km) along at least one axis a name composed of a letter indicating its point of origin and a running number. The letters used are as follows:

A - longitude 0° to 90° W (Bellingshausen Sea, Weddell Sea)

B - longitude 90° W to 180° (Amundsen Sea, Eastern Ross Sea)

C - longitude 90° E to 180° (Western Ross Sea, Wilkes Land)

D - longitude 0° to 90° E (Amery Ice Shelf, Eastern Weddell Sea)

The Danish Meteorological Institute monitors iceberg populations around Greenland using data collected by the synthetic aperture radar (SAR) on the Sentinel-1 satellites.

In Labrador and Newfoundland, iceberg management plans have been developed to protect offshore installations from impacts with icebergs.

In the late 2010s, a business from the UAE wanted to tow an iceberg from Antarctica to the Middle East, but the plan failed as the estimated cost of $200 million was too high. In 2019, a German company, Polewater, announced plans to tow Antarctic icebergs to places like South Africa.

Companies have used iceberg water in products such as bottled water, fizzy ice cubes and alcoholic drinks. For example, Iceberg Beer by Quidi Vidi Brewing Company is made from icebergs found around St. John's, Newfoundland. Although annual iceberg supply in Newfoundland and Labrador exceeds the total freshwater consumption of the United States, in 2016 the province introduced a tax on iceberg harvesting and imposed a limit on how much fresh water can be exported yearly.

Icebergs in Disko Bay

The freshwater injected into the ocean by melting icebergs can change the density of the seawater in the vicinity of the iceberg. Fresh melt water released at depth is lighter, and therefore more buoyant, than the surrounding seawater causing it to rise towards the surface. Icebergs can also act as floating breakwaters, impacting ocean waves.

Icebergs contain variable concentrations of nutrients and minerals that are released into the ocean during melting. Iceberg-derived nutrients, particularly the iron contained in sediments, can fuel blooms of phytoplankton. Samples collected from icebergs in Antarctica, Patagonia, Greenland, Svalbard, and Iceland, however, show that iron concentrations vary significantly, complicating efforts to generalize the impacts of icebergs on marine ecosystems.

The calving of Iceberg A-38 off Filchner-Ronne Ice Shelf

Iceberg B15 calved from the Ross Ice Shelf in 2000 and initially had an area of 11,000 square kilometres (4,200 sq mi). It broke apart in November 2002. The largest remaining piece of it, Iceberg B-15A, with an area of 3,000 square kilometres (1,200 sq mi), was still the largest iceberg on Earth until it ran aground and split into several pieces October 27, 2005, an event that was observed by seismographs both on the iceberg and across Antarctica. It has been hypothesized that this breakup may also have been abetted by ocean swell generated by an Alaskan storm 6 days earlier and 13,500 kilometres (8,400 mi) away.

1987, Iceberg B-9, 5,390 km² (2,080 sq mi)

1999, Iceberg B-17B 140 km² (54 sq mi), shipping alert issued December 2009.

2000, Iceberg B-15 11,000 km² (4,200 sq mi)

2002, Iceberg C-19, 5,500 km² (2,100 sq mi)

2002, Iceberg B-22, 5,490 km² (2,120 sq mi)

2003 broke off, Iceberg B-15A, 3,100 km² (1,200 sq mi)

2006, Iceberg D-16, 310 km² (120 sq mi)

2010, Ice sheet, 260 km² (100 sq mi), broken off of Petermann Glacier in northern Greenland on August 5, 2010, considered to be the largest Arctic iceberg since 1962. About a month later, this iceberg split into two pieces upon crashing into Joe Island in the Nares Strait next to Greenland. In June 2011, large fragments of the Petermann Ice Islands were observed off the Labrador coast.

2017, Iceberg A-68, (Larsen C) 5,800 km² (2,200 sq mi)

2021, Iceberg A-76 from the Ronne Ice Shelf, 4,320 km² (1,670 sq mi)

One of the most prominently known icebergs in recorded history is that which sank the on 15 April 1912. The catastrophe led to the establishment of an International Ice Patrol shortly after. Icebergs in both the northern and southern hemispheres have often been compared in size to multiples of the 59.1 square kilometres (22.8 sq mi)-area of Manhattan Island.

Iceberg pictured in the coat of arms of Ilulissat

# data[].attributes.attachment_link.description
An iceberg is a piece of freshwater ice more than 15 m long that has broken off a glacier or an ice shelf and is floating freely in open (salt) water. Smaller chunks of floating glacially-derived ice are called "growlers" or "bergy bits".

# data[].attributes.body
Visible:

Female

Married

Passionate presence—especially in education and advocacy

Invisible

Mother of four, deeply rooted in family life

Lover of the outdoors, spending most free time with family in nature

Active contributor to educational advancement: advisory board member, advocate for students who fall between the cracks

# data[].attributes.body
Visible:

female

long, brown hair

tall and thin

Invisible:

reader

student

creative

# data[].attributes.body
Visible:

Gender: Female

Age: 25

Hair: Blonde

Invisible:

Role: Mom, wife, daughter, sister, aunt

Job: Stay-At-Home Mom

Hobbies/Interests: Being outdoors, Packer games, traveling