Search This Blog

Friday, February 6, 2015

Female genital mutilation


From Wikipedia, the free encyclopedia

photograph
Road sign near Kapchorwa, Uganda, 2004
Definition Defined in 1997 by the WHO, UNICEF and UNFPA as the "partial or total removal of the external female genitalia or other injury to the female genital organs for non-medical reasons."[1]
Areas Most common in 27 countries in Africa, as well as in Yemen and Iraqi Kurdistan[2]
Numbers 133 million in those countries[3]
Age Days after birth to puberty[4]
Prevalence
Legislation

Female genital mutilation (FGM), also known as female genital cutting and female circumcision, is the ritual removal of some or all of the external female genitalia. Typically carried out by a traditional circumciser using a blade or razor (with or without anaesthesia), FGM is primarily performed in 27 African countries, Yemen and Iraqi Kurdistan, and found elsewhere in Asia, the Middle East, and among diaspora communities around the world.[7] The age at which it is conducted varies from days after birth to puberty; in half the countries for which national figures are available, most girls are cut before the age of five.[8]

The procedures differ according to the ethnic group. They include removal of the clitoral hood and clitoral glans (the visible part of the clitoris), removal of the inner labia and, in the most severe form (known as infibulation), removal of the inner and outer labia and closure of the vulva. In this last procedure, a small hole is left for the passage of urine and menstrual fluid, and the vagina is opened for intercourse and opened further for childbirth. Health effects depend on the procedure, but can include recurrent infections, chronic pain, cysts, an inability to get pregnant, complications during childbirth and fatal bleeding.[9] There are no known health benefits.[10]

The practice is rooted in gender inequality, attempts to control women's sexuality, and ideas about purity, modesty and aesthetics. It is usually initiated and carried out by women, who see it as a source of honour, and who fear that failing to have their daughters and granddaughters cut will expose the girls to social exclusion.[11] Over 130 million women and girls have experienced FGM in the 29 countries in which it is concentrated.[3] The United Nations Population Fund estimates that 20 percent of affected women have been infibulated, a practice found largely in northeast Africa, particularly Djibouti, Eritrea, Somalia and northern Sudan.[12][13]

FGM has been outlawed or restricted in most of the countries in which it occurs, but the laws are poorly enforced.[14] There have been international efforts since the 1970s to persuade practitioners to abandon it, and in 2012 the United Nations General Assembly, recognizing FGM as a human-rights violation, voted unanimously to intensify those efforts.[15] The opposition is not without its critics, particularly among anthropologists. Eric Silverman writes that FGM has become one of anthropology's central moral topics, raising difficult questions about cultural relativism, tolerance and the universality of human rights.[16]

Terminology

English

photograph
Samburu FGM ceremony, Laikipia plateau, Kenya, 2004

Until the 1980s FGM was widely known as female circumcision, which implied an equivalence in severity with male circumcision.[17] The Kenya Missionary Council began referring to it as the sexual mutilation of women in 1929, following the lead of Marion Scott Stevenson, a Church of Scotland missionary.[18] References to it as mutilation increased throughout the 1970s.[19] Anthropologist Rose Oldfield Hayes called it female genital mutilation in 1975 in the title of a paper, and in 1979 Austrian-American researcher Fran Hosken called it mutilation in her influential The Hosken Report: Genital and Sexual Mutilation of Females.[20]

The Inter-African Committee on Traditional Practices Affecting the Health of Women and Children and the World Health Organization (WHO) began referring to it as female genital mutilation in 1990 and 1991 respectively,[21] and in April 1997 the WHO, United Nations Children's Fund (UNICEF) and United Nations Population Fund (UNFPA) issued a joint statement using that term. Other terms include female genital cutting (FGC) and female genital mutilation/cutting (FGM/C), preferred by those who work with practitioners.[22]

Local terms

The many variants of FGM are reflected in dozens of local terms in countries where it is common.[23] These often refer to purification. A common Arabic term for purification has the root t-h-r, used for male and female circumcision (tahur and tahara).[24] In the Bambara language, spoken mostly in Mali, FGM is known as bolokoli ("washing your hands") and in the Igbo language in Eastern Nigeria as isa aru or iwu aru ("having your bath" – as in "a young woman must 'have her bath' before she has a baby").[25]

Sunna circumcision usually refers to clitoridectomy, but is also used for the more severe forms; sunna means "path or way" in Arabic and refers to the tradition of Muhammad, although none of the procedures are required within Islam.[26] The term infibulation derives from fibula, Latin for clasp; the Ancient Romans reportedly fastened clasps through the foreskins or labia of slaves to prevent sexual intercourse.[27] The surgical infibulation of women came to be known as pharaonic circumcision in Sudan, but as Sudanese circumcision in Egypt.[27] In Somalia it is known simply as qodob ("to sew up").[28]

Procedures, health effects

Circumcisers, methods


The procedures are generally performed by a traditional circumciser in the girls' homes, with or without anaesthesia. The circumciser is usually an older woman, but in communities where the male barber has assumed the role of health worker he will perform FGM too.[29] Health professionals are often involved in Egypt, Sudan and Kenya; according to a 2008 survey in Egypt, 77 percent of FGM procedures there were performed by medical professionals, often physicians.[30]

When traditional circumcisers are involved, non-sterile cutting devices are likely to be used, including knives, razors, scissors, glass, sharpened rocks and fingernails.[31] A nurse in Uganda, quoted in 2007 in The Lancet, said that a circumciser would use one knife to cut up to 30 girls at a time.[32] Depending on the involvement of healthcare professionals, the procedures may include a local or general anaesthetic, or neither. Women in Egypt reported in 1995 that a local anaesthetic had been used on their daughters in 60 percent of cases, a general in 13 percent and neither in 25 percent.[33]

Classification

Typologies

The WHO, UNICEF and UNFPA issued a joint statement in April 1997 defining female genital mutilation as "all procedures involving partial or total removal of the external female genitalia or other injury to the female genital organs whether for cultural or other non-therapeutic reasons."[34]
The procedures vary considerably according to ethnicity and individual practitioners. In a survey in Niger in 1998, women responded with over 50 different terms when asked what was done to them.[23] Translation problems are compounded by the women's confusion over which type of FGM they experienced, or even whether they experienced it. Several studies have shown survey responses to be unreliable. A study in Ghana in 2003, for example, found that women had changed their responses during surveys; when asked if they had undergone FGM, four percent said no in 1995 but yes in 2000, and 11 percent switched in the other direction.[35]

Standard questionnaires ask women whether they have undergone the following: (1) cut, no flesh removed (pricking or symbolic circumcision); (2) cut, some flesh removed; (3) sewn closed; and (4) type not determined/unsure/doesn't know.[36] The most common procedures fall within the "cut, some flesh removed" category, and involve complete or partial removal of the clitoral glans.[37]

WHO Types I–III

diagram
How FGM Types I–III differ from normal female anatomy

The WHO has created a more detailed typology that describes how much tissue was removed: Types I–III and Type IV for symbolic circumcision and miscellaneous procedures.[38]

Type I is subdivided into Ia, the removal of the clitoral hood (rarely, if ever performed alone),[39] and the more common Ib (clitoridectomy), the complete or partial removal of the clitoral glans and clitoral hood.[40] (When discussing FGM, the WHO uses the word clitoris to refer to the clitoral glans, the external part of the clitoris.)[41] Susan Izett and Nahid Toubia write: "[T]he clitoris is held between the thumb and index finger, pulled out and amputated with one stroke of a sharp object."[42]

Type II (excision) is the complete or partial removal of the inner labia, with or without removal of the clitoral glans and outer labia. (Excision in French usually means any form of FGM.) Type II is subdivided into Type IIa, removal of the inner labia; IIb, removal of the clitoral glans and inner labia; and IIc, removal of the clitoral glans, inner and outer labia.[43]

Type III (infibulation), corresponding to the "sewn closed" category, is the removal of the external genitalia and the fusion of the wound. The inner and/or outer labia are cut away, with or without removal of the clitoral glans. Type IIIa is the removal and closure of the inner labia and IIIb of the outer labia.[44] According to one 2008 estimate, over eight million women in Africa have experienced infibulation, which is found largely in Djibouti, Eritrea, Ethiopia, Somalia and Sudan in northeast Africa.[13] According to the UNFPA, 20 percent of affected women have been infibulated.[12]

Comfort Momoh, a midwife who specializes in the care of women who have undergone FGM, writes of Type III: "[E]lderly women, relatives and friends secure the girl in the lithotomy position. A deep incision is made rapidly on either side from the root of the clitoris to the fourchette, and a single cut of the razor excises the clitoris and both the labia majora and labia minora."[45] In Somalia the clitoral glans is removed and shown to the girl's senior female relatives, who decide whether enough has been amputated; after this the labia are removed.[46]

A single hole of 2–3 mm is left for the passage of urine and menstrual fluid by inserting something, such as a twig, into the wound.[47] The vulva is closed with surgical thread, agave or acacia thorns, or covered with a poultice such as raw egg, herbs and sugar.[48] The parts that have been removed might be placed in a pouch for the girl to wear.[49] To help the tissue bond, the girl's legs are tied together, usually from ankle to hip, for anything up to six weeks; the bindings are usually loosened after a week and may be removed after two.[50] Momoh writes:
[As a result, the entrance to the vagina] is obliterated by a drum of skin extending across the orifice except for a small hole. Circumstances at the time may vary; the girl may struggle ferociously, in which case the incisions may become uncontrolled and haphazard. The girl may be pinned down so firmly that bones may fracture.[45]
Type IIIb
Swiss Medical Weekly, January 2011[9]
If the girl's family regard the remaining hole as too large, the procedure is repeated.[51] The vagina is opened for sexual intercourse, for the first time either by a midwife with a knife or by the woman's husband with his penis. In some areas, including Somaliland, female relatives of the bride and groom might watch the opening of the vagina to check that the girl is a virgin.[52] Psychologist Hanny Lightfoot-Klein interviewed hundreds of women and men in Sudan in the 1980s about sexual intercourse with Type III:
The penetration of the bride's infibulation takes anywhere from 3 or 4 days to several months. Some men are unable to penetrate their wives at all (in my study over 15%), and the task is often accomplished by a midwife under conditions of great secrecy, since this reflects negatively on the man's potency. Some who are unable to penetrate their wives manage to get them pregnant in spite of the infibulation, and the woman's vaginal passage is then cut open to allow birth to take place. ... Those men who do manage to penetrate their wives do so often, or perhaps always, with the help of the "little knife." This creates a tear which they gradually rip more and more until the opening is sufficient to admit the penis.[53]
The woman is opened further for childbirth and closed afterwards, a process known as defibulation (or deinfibulation) and reinfibulation. Reinfibulation can involve cutting the vagina again to restore the size of the first infibulation; this might be performed before marriage, and after childbirth, divorce and widowhood.[54]

Type IV

Type IV is defined as "[a]ll other harmful procedures to the female genitalia for non-medical purposes, for example: pricking, piercing, incising, scraping and cauterization."[1] It includes nicking of the clitoris (symbolic circumcision), burning or scarring the genitals, and introducing substances into the vagina to tighten it.[55] Labia stretching is also categorized as Type IV.[56] Common in southern and eastern Africa, the practice is supposed to enhance sexual pleasure for the man and add to the sense of a woman as a closed space. From the age of eight girls are encouraged to stretch their inner labia using sticks and massage. Girls in Uganda are told they may have difficulty giving birth without stretched labia.[57]

A definition of FGM from the WHO in 1995 included gishiri cutting and angurya cutting, found in Nigeria and Niger. These were removed from the WHO's 2008 definition because of insufficient information about prevalence and consequences.[56] Gishiri cutting involves cutting the vagina's front or back wall with a blade or penknife, performed in response to infertility, obstructed labour and several other conditions; over 30 percent of women with gishiri cuts in a study by Nigerian physician Mairo Usman Mandara had vesicovaginal fistulae. Angurya cutting is excision of the hymen, usually performed seven days after birth.[58]

Complications

Short-term and late

FGM can cause serious adverse consequences to girls' and women's physical and emotional health.[59] It has no known health benefits.[10] The short-term and late complications depend on the type of FGM, whether the practitioner had medical training, and whether she used antibiotics and unsterilized or surgical single-use instruments. In the case of Type III, other factors include how small a hole was left for the passage of urine and menstrual blood, whether surgical thread was used instead of agave or acacia thorns, and whether the procedure was performed more than once (for example, to close an opening regarded as too wide or re-open one too small).[9]
FGM ceremony in Indonesia
 — Stephanie Sinclair, The New York Times[60]

Short-term complications can include fatal bleeding, anaemia, acute urinary retention, urinary infection, wound infection, septicaemia, tetanus, gangrene, necrotizing fasciitis (flesh-eating disease) and endometritis.[59][61][9][62] It is not known how many girls and women die as a result of the practice, because complications may not be recognized or reported.[63][64] The practitioners' use of shared instruments is thought to aid the transmission of hepatitis B, hepatitis C and HIV, although no epidemiological studies have shown this.[64]

Long-term complications include epidermoid cysts that may become infected, and neuroma formation (growth of nerve tissue) involving nerves that supplied the clitoris.[65] An infibulated girl may be left with an opening as small as 2–3 mm, which can cause difficult and painful urination. Urine may collect underneath the scar and cause small stones to form. The opening is larger in women who are sexually active or have given birth by vaginal delivery, but the urethra opening may still be obstructed by scar tissue. Painful periods are common because of the obstruction to the menstrual flow, and blood can stagnate in the vagina and uterus.[9] Vesicovaginal or rectovaginal fistulae can develop (holes that allow urine or faeces to seep into the vagina). This and other damage to the urethra and bladder can lead to infections and incontinence, pain during sexual intercourse and infertility.[62]

Pregnancy, childbirth

FGM may place women at higher risk of problems during pregnancy and childbirth. These are more common with the more extensive FGM procedures.[9] In women with vesicovaginal or rectovaginal fistulae, it is difficult to obtain clear urine samples as part of prenatal care, making the diagnosis of conditions such as pre-eclampsia harder.[62] Cervical evaluation during labour may be impeded and labour prolonged. Third-degree laceration (tears), anal-sphincter damage and emergency caesarean section are more common in infibulated women.[9]

Neonatal mortality is increased. The WHO estimated in 2006 that an additional 10–20 babies die per 1,000 deliveries as a result of FGM. The estimate was based on a study conducted on 28,393 women attending delivery wards at 28 obstetric centres in Burkina Faso, Ghana, Kenya, Nigeria, Senegal and Sudan. In those settings all types of FGM were found to pose an increased risk of death to the baby: 15 percent higher for Type I, 32 percent for Type II and 55 percent for Type III.[66]

Psychological effects, sexual function

According to a systematic review in 2015 there is little high-quality information available on the psychological effects of FGM. Several small studies have concluded that women with FGM were suffering from anxiety, depression and post-traumatic stress disorder.[64] Feelings of shame and betrayal can develop when women leave the culture that practises FGM and learn that their condition is not the norm, but within the practising culture they may view their FGM with pride, because for them it signifies beauty, respect for tradition, chastity and hygiene.[9]

Studies on sexual function have also been small.[64] A systematic review and meta-analysis in 2013 examined 15 studies involving 12,671 women from seven countries. The analysis concluded that women with FGM were twice as likely to report no sexual desire and 52 percent more likely to report dyspareunia (painful sexual intercourse). One third reported reduced sexual feelings.[67]

Distribution

Prevalence

Percentage of women aged 15–49 with FGM in the 29 countries in which it is concentrated (UNICEF, November 2014).[5] Click here for a more detailed map of Africa.
Percentage of women aged 15–49 with FGM in the 29 countries in which it is concentrated (UNICEF, November 2014).[5] Click here for a more detailed map of Africa.
FGM is mostly found in what political scientist Gerry Mackie describes as an "intriguingly contiguous" zone in Africa – east to west from Somalia to Senegal, and north to south from Egypt to Tanzania.[68]

UNICEF reported in November 2014 that prevalence rates for sub-Saharan Africa were 39 percent for women and 17 percent for girls aged 0–14; for Eastern and Southern Africa 44 and 14 percent, and for West and Central Africa 31 and 17 percent.[5] As of 2013, Egypt, Ethiopia and Nigeria had the highest number of women and girls living with FGM: 27.2 million, 23.8 million and 19.9 million respectively.[69]

Prevalence figures are based on household surveys known as Demographic and Health Surveys (DHS), developed by Macro International (now ICF International) and funded mainly by the United States Agency for International Development (USAID), and Multiple Indicator Cluster Surveys (MICS), which are conducted with financial and technical assistance from UNICEF.[70] These have been carried out in Africa, Asia, Latin America and elsewhere roughly every five years, since 1984 and 1995 respectively.[71] The questionnaires ask about issues such as HIV/AIDs, family planning, literacy, domestic violence, nutrition and, in some countries, FGM.[72]
graph
Prevalence among the 15–49 age group (UNICEF, November 2014)[5]

The first survey to include questions about FGM was the 1989–1990 DHS in northern Sudan, and the first publication to estimate FGM prevalence based on DHS data (in seven countries) was by Dara Carr of Macro International in 1997.[73] A UNICEF report based on over 70 of these surveys concluded in 2013 that FGM was concentrated in 27 African countries, Yemen and Iraqi Kurdistan,[74] and that 133 million women and girls in those 29 countries had experienced it.[3]

Outside the 29 key countries, FGM has been documented in India, the United Arab Emirates, among the Bedouin in Israel, and reported by anecdote in Colombia, Congo, Oman, Peru and Sri Lanka.[75] It is also practised in Jordan, Saudi Arabia, Indonesia and Malaysia, and within immigrant communities around the world, including in Australia, New Zealand, Europe, Scandinavia, the United States and Canada.[76]

Ethnicity and other factors

A country's national prevalence often reflects a high sub-national prevalence among certain ethnicities, rather than a widespread practice.[77] In Iraq, for example, FGM is found mostly among the Kurds in Erbil (58 percent prevalence within age group 15–49), Sulaymaniyah (54 percent) and Kirkuk (20 percent), giving the country a national prevalence of eight percent.[78]
Ethnicity
 — UNICEF 2013[79]
The practice is sometimes an ethnic marker, but may differ along national lines. In the northeastern regions of Ethiopia and Kenya, which share a border with Somalia, the Somali people practise FGM at around the same rate as they do in Somalia.[80] But in Guinea all Fulani women responding to a survey in 2012 said they had experienced FGM,[81] against 12 percent of the Fulani in Chad, while in Nigeria the Fulani are the only large ethnic group in the country not to practise it.[82]

The surveys have found FGM to be more common in rural areas, less common in most countries among girls from the wealthiest homes, and (except in Sudan and Somalia) less common in girls whose mothers had access to primary or secondary/higher education. In Somalia and Sudan the situation was reversed: in Somalia the mothers' access to secondary/higher education was accompanied by a rise in prevalence of FGM in their daughters, and in Sudan access to any education was accompanied by a rise.[83]

Type of FGM

The surveys ask several questions about the type of FGM the women have undergone, including:[84]
  • Was the genital area just nicked/cut without removing any flesh?
  • Was any flesh (or something) removed from the genital area?
  • Was your genital area sewn?
Most women who have undergone FGM have experienced one of the "cut, some fleshed removed" procedures, which embrace WHO Types I and II.[37] Types I and II are both performed in Egypt.[85] Mackie wrote in 2003 that Type II was more common there,[86] while a 2011 study identified Type I as more common.[87] In Nigeria Type I is usually found in the south and the more severe forms in the north.[88]

Type III (infibulation) is concentrated in northeastern Africa, particularly Djibouti, Eritrea, Somalia and Sudan.[89] In surveys in 2002–2006, 30 percent of cut girls in Djibouti had experienced Type III, 38 percent in Eritrea and 63 percent in Somalia.[90] There is also a high prevalence of infibulation among girls in Niger and Senegal,[91] and in 2013 it was estimated that in Nigeria three percent of the 0–14 age group had been infibulated.[92] The type of procedure is often linked to ethnicity. In Eritrea, for example, a survey in 2002 found that all Hedareb girls had been infibulated, compared with two percent of the Tigrinya, most of whom fell into the "cut, no flesh removed" category.[93]

Age conducted

Age range
 — UNICEF 2013[4]
FGM is mostly performed from shortly after birth to age 15.[4] The variation signals that the practice is often not a rite of passage between childhood and adulthood.[94]

In half the countries for which national figures were available in 2000–2010, most girls had been cut by the age of five.[8] Over 80 percent of girls who experience FGM are cut before that age in Nigeria, Mali, Eritrea, Ghana and Mauritania. The percentage is reversed in Somalia, Egypt, Chad and the Central African Republic, where over 80 percent (of those cut) are cut between five and 14.[95] A 1997 survey found that 76 percent of girls in Yemen had been cut within two weeks of birth.[96] Just as the type of FGM is linked to ethnicity, so is the mean age; in Kenya, for example, the Kisi cut around age 10 and the Kamba at 16.[97]

Changes in prevalence

In 2013 UNICEF reported a downward trend in over half the 29 key countries in the 15–19 group compared to women aged 45–49.[98] Little difference was found in countries with very high prevalence, but the rate of FGM had declined in countries with lower prevalence, or less severe forms of FGM were being practised.[99] According to UNICEF in July 2014, the likelihood of a girl experiencing FGM was overall one third lower than 30 years ago.[100] Despite this, because of population growth, the numbers affected by FGM in the key 29 countries will increase from 133 million to 196 million by 2050, if the rate of decline as of 2014 continues.[101]
graph
Prevalence among the 0–14 age group (UNICEF, November 2014).[5] UNICEF has rounded down to zero for Togo and Benin; other UNICEF reports list those countries as 0.4 and 0.3 percent for this age group.[102]

Women who respond to surveys on FGM are reporting events experienced years ago, so prevalence figures for the 15–49 group do not reflect current trends.[103] UNICEF bases its figures on the 15–49 group because girls are generally at risk until they are 14.[104] An additional complication in judging prevalence among girls 14 and under is that women might not report that their daughters have been cut in countries running campaigns against FGM.[105]

In 2010 the DHS and MICS surveys began asking women about the FGM status of all their living daughters.[106] As of November 2014 (right), the surveys suggested a prevalence for the 0–14 age group of 0.3 percent in Benin at the lowest (7 percent for the 15–49 group) to 74 percent in Mali (89 percent for 15–49).[5]

In a study in Egypt in 2008–2010 (FGM was banned there by decree in 2007 and criminalized in 2008), 4,158 women and girls aged 5–25, who presented to three departments at Sohag and Qena University Hospitals, replied to a questionnaire about FGM. According to the researchers, the most common form of FGM in Egypt is Type I. The study found that, between 2000 and 2009, 3,711 of the subjects had undergone FGM, giving a prevalence rate of 89.2 percent. The incidence rate was 9.6 percent in 2000. It began to fall in 2006 and by 2009 had declined to 7.7 percent. After 2007 most of the procedures were conducted by general practitioners. The researchers suggested that the criminalization of FGM had deterred gynaecologists, so general practitioners were performing it instead.[87]

Reasons

Support from women

Dahabo Musa, a Somali woman, described infibulation in a 1988 poem as the "three feminine sorrows": the procedure itself, the wedding night when the woman is cut open, then childbirth when she is cut again.[107] Despite the evident suffering, it is women who organize all forms of FGM, including infibulation. Anthropologist Rose Oldfield Hayes wrote in 1975 that educated Sudanese men living in cities who did not want their daughters to be infibulated (preferring clitoridectomy) would find the girls had been sewn up after their grandmothers arranged a visit to relatives.[108]
Gerry Mackie compares FGM to footbinding. Like FGM, footbinding was carried out on young girls, nearly universal where practised, tied to ideas about honour, chastity and appropriate marriage, and supported by women.[109]

1996 Pulitzer Prize for Feature Photography
A series of 13 photographs of an FGM ceremony in Kenya won the award:
Photograph 5
Photograph 7
Photograph 10
Photograph 13
 — Stephanie Walsh, Newhouse News Service[110]

Practitioners see the procedures as marking not only community boundaries but also gender difference. According to this view, FGM demasculinizes women, while male circumcision defeminizes men.[111] Fuambai Ahmadu, an anthropologist and member of the Kono people of Sierra Leone, who underwent clitoridectomy as an adult during a Sande society initiation, argues that the idea of the clitoris as important to female sexuality is a male-centred assumption. African female symbolism revolves instead around the concept of the womb.[112] Infibulation draws on that idea of enclosure and fertility.
"[G]enital cutting completes the social definition of a child's sex by eliminating external traces of androgyny," writes Janice Boddy. "The female body is then covered, closed, and its productive blood bound within; the male body is unveiled, opened and exposed."[113]

In communities where infibulation is common, there is a preference for women's genitals to be smooth, dry and without odour, and both women and men may find the natural vulva repulsive.[114] Men seem to enjoy the effort of penetrating an infibulation.[115] There is also a belief, because of the smooth appearance of an infibulated vulva, that infibulation increases hygiene.[116] Women regularly introduce substances into the vagina to reduce lubrication, including leaves, tree bark, toothpaste and Vicks menthol rub. The WHO includes this practice within Type IV FGM, because the added friction during intercourse can cause lacerations and increase the risk of infection.[117]

Common reasons for FGM cited by women in surveys are social acceptance, religion, hygiene, preservation of virginity, marriageability and enhancement of male sexual pleasure.[118] In a study in northern Sudan, published in 1983, only 558 (17.4 percent) of 3,210 women opposed FGM, and most preferred excision and infibulation over clitoridectomy.[119] Attitudes are slowly changing. In Sudan in 2010 42 percent of women who had heard of FGM said the practice should continue.[120] In several surveys since 2006, over 50 percent of women in Mali, Guinea, Sierra Leone, Somalia, Gambia and Egypt supported FGM's continuance, while elsewhere in Africa, Iraq and Yemen most said it should end, though in several countries only by a narrow margin.[121]

Social obligation

photograph
Molly Melching in 2007 on the 10th anniversary of the abandonment of FGM by Malicounda Bambara, Senegal

Against the argument that women willingly choose FGM for their daughters, UNICEF calls the practice a "self-enforcing social convention" to which families feel they must conform to avoid uncut daughters facing social exclusion.[122]

Ellen Gruenbaum reports that, in the 1970s, cut girls from an Arab ethnic group in Sudan would mock uncut girls from the Zabarma people, shouting at them Ya, Ghalfa! ("Hey, unclean!"). The Zabarma girls would respond with their own taunt, Ya, mutmura! (a mutmara was a storage pit for grain that was continually opened and closed, like an infibulated woman). But the Zabarma girls felt the pressure, asking their mothers, "What's the matter? Don't we have razor blades like the Arabs?"[123]

Because of poor access to information, and because circumcisers downplay the causal connection, women may not associate the health consequences with the procedure. Lala Baldé, president of a women's association in Medina Cherif, a village in Senegal, told Mackie in 1998 that when girls fell ill or died, it was attributed to evil spirits. When informed of the causal relationship between FGM and ill health, Mackie writes, the women broke down and wept. He argues that surveys taken before and after this sharing of information would show very different levels of support for FGM.[124]

The American non-profit group Tostan, founded by Molly Melching in 1991, has introduced community-empowerment programmes in several countries that focus on literacy, education about healthcare and local democracy, giving women the tools to make their own decisions.[125] In 1997, using the Tostan programme, Malicounda Bambara in Senegal became the first village to abandon FGM, and by 2014 over 7,000 communities in eight countries had pledged to abandon FGM and child marriage.[126] A UNFPA-UNICEF joint programme, underway in 15 African countries as of 2014, is modelled along similar lines.[122]

Religion

photograph
Keur Simbara, Senegal, which abandoned FGM in 1998 after a three-year community programme by Tostan[127]

Surveys have shown a widespread belief, particularly in Mali, Mauritania, Guinea and Egypt, that FGM is a religious requirement.[128] Gruenbaum has argued that practitioners may not distinguish between religion, tradition and chastity, making it difficult to interpret the data.[129] As part of UNFPA–UNICEF's joint programme, 20,941 religious and traditional leaders made public declarations between 2008 and 2013 delinking their religions from the practice, and religious leaders issued 2,898 edicts against it.[130]

Although FGM's origins in northeastern Africa are pre-Islamic, the practice became associated with Islam because of that religion's focus on female chastity and seclusion.[131] There is no mention of it in the Quran. It is praised in several hadith (sayings attributed to Muhammad) as noble but not required, along with advice that the milder forms are kinder to women.[132] In 2007 the Al-Azhar Supreme Council of Islamic Research in Cairo ruled that FGM had "no basis in core Islamic law or any of its partial provisions."[133]

FGM is also practised by animist groups, particularly in Guinea and Mali, and by Christians.[134] In Niger, for example, 55 percent of Christian women and girls have experienced FGM, compared with two percent of their Muslim counterparts.[135] There is no mention of FGM in the Bible, and Christian missionaries in Africa were among the first to object to it.[136] The only Jewish group known to have practised it are the Beta Israel of Ethiopia; Judaism requires male circumcision, but does not allow FGM.[137]

History

Antiquity

Spell 1117
But if a man wants to know how to live, he should recite it [a magical spell] every day, after his flesh has been rubbed with the b3d [unknown substance] of an uncircumcised girl ['m't] and the flakes of skin [šnft] of an uncircumcised bald man.
— Inscription on Egyptian sarcophagus, c. 1991–1786 BCE[138]

The origins of the practice are unknown.[139] Gerry Mackie has suggested that it began with the Meroite civilization in present-day Sudan; he writes that its east-west, north-south contiguous distribution in Africa intersects in Sudan, and speculates that infibulation originated there with imperial polygyny, before the rise of Islam, to increase confidence in paternity.[140] Historian Mary Knight writes that there may be a reference to an uncircumcised girl ('m't), written in hieroglyphs, in what is known as Spell 1117 of the Coffin Texts:
a m a
X1
D53 B1
The spell was found on the sarcophagus of Sit-hedjhotep, now in the Egyptian Museum, and dates to Egypt's Middle Kingdom, c. 1991–1786 BCE. (Paul F. O'Rourke argues that 'm't probably refers instead to a menstruating woman.)[141] The proposed circumcision of an Egyptian girl, Tathemis, is mentioned on a Greek papyrus from 163 BCE in the British Museum:
Sometime after this, Nephoris [Tathemis's mother] defrauded me, being anxious that it was time for Tathemis to be circumcised, as is the custom among the Egyptians. She asked that I give her 1,300 drachmae ... to clothe her ... and to provide her with a marriage dowry ... if she didn't do each of these or if she did not circumcise Tathemis in the month of Mecheir, year 18 [163 BCE], she would repay me 2,400 drachmae on the spot.[142]
The examination of mummies has shown no evidence of FGM. Citing the Australian pathologist Grafton Elliot Smith, who examined hundreds of mummies in the early 20th century, Knight writes that the genital area may resemble Type III, because during mummification the skin of the outer labia was pulled toward the anus to cover the pudendal cleft, possibly to prevent sexual violation. It was similarly not possible to determine whether Types I or II had been performed, because soft tissues had been removed by the embalmers or had deteriorated.[143]
This is one of the customs most zealously pursued by them [the Egyptians]: to raise every child that is born and to circumcise [peritemnein] the males and excise [ektemnein] the females ...
Strabo, Geographica, c. 25 BCE.[144]

The Greek geographer Strabo (c. 64 BCE – c. 23 CE) wrote about FGM after visiting Egypt around 25 BCE (right).[144] The philosopher Philo of Alexandria (c. 20 BCE – 50 CE) also made reference to it: "the Egyptians by the custom of their country circumcise the marriageable youth and maid in the fourteenth (year) of their age, when the male begins to get seed, and the female to have a menstrual flow."[145] It is mentioned briefly in a work attributed to the Greek physician Galen (129 – c. 200 CE): "When [the clitoris] sticks out to a great extent in their young women, Egyptians consider it appropriate to cut it out."[146]

Another Greek physician, Aëtius of Amida (mid-5th to mid-6th century CE), offered more detail in book 16 of his Sixteen Books on Medicine, citing the physician Philomenes. The procedure was performed in case the clitoris, or nymphê, grew too large or triggered sexual desire when rubbing against clothing. "On this account, it seemed proper to the Egyptians to remove it before it became greatly enlarged," Aëtius wrote, "especially at that time when the girls were about to be married":
The surgery is performed in this way: Have the girl sit on a chair while a muscled young man standing behind her places his arms below the girl's thighs. Have him separate and steady her legs and whole body. Standing in front and taking hold of the clitoris with a broad-mouthed forceps in his left hand, the surgeon stretches it outward, while with the right hand, he cuts it off at the point next to the pincers of the forceps.
It is proper to let a length remain from that cut off, about the size of the membrane that's between the nostrils, so as to take away the excess material only; as I have said, the part to be removed is at that point just above the pincers of the forceps. Because the clitoris is a skinlike structure and stretches out excessively, do not cut off too much, as a urinary fistula may result from cutting such large growths too deeply.[147]
The genital area was then cleaned with a sponge, frankincense powder and wine or cold water, and wrapped in linen bandages dipped in vinegar, until the seventh day when calamine, rose petals, date pits or a "genital powder made from baked clay" might be applied.[148]

Whatever the practice's origins, infibulation became linked to slavery. Mackie cites the Portuguese missionary João dos Santos, who in 1609 wrote of a group inland from Mogadishu who had a "custome to sew up their Females, especially their slaves being young to make them unable for conception, which makes these slaves sell dearer, both for their chastitie, and for better confidence which their Masters put in them." The English explorer William Browne wrote in 1799 that the Egyptians practised excision, and that slaves in that country were infibulated to prevent pregnancy.[149] Thus, Mackie argues, a "practice associated with shameful female slavery came to stand for honor."[150]

Europe and the United States

portrait
Isaac Baker Brown "set to work to remove the clitoris whenever he had the opportunity of doing so."[151]

Gynaecologists in 19th-century Europe and the United States removed the clitoris to treat insanity and masturbation.[152] British doctor Robert Thomas suggested clitoridectomy as a cure for nymphomania in 1813.[153] The first reported clitoridectomy in the West, described in The Lancet in 1825, was performed in 1822 in Berlin by Karl Ferdinand von Graefe, on a 15-year-old girl who was masturbating excessively.[154]

Isaac Baker Brown, an English gynaecologist, president of the Medical Society of London, and co-founder in 1845 of St. Mary's Hospital in London, believed that masturbation, or "unnatural irritation" of the clitoris, caused peripheral excitement of the pubic nerve, which led to hysteria, spinal irritation, fits, idiocy, mania and death.[155] He therefore "set to work to remove the clitoris whenever he had the opportunity of doing so," according to his obituary in the Medical Times and Gazette in 1873.[156] Brown performed several clitoridectomies between 1859 and 1866. When he published his views in On the Curability of Certain Forms of Insanity, Epilepsy, Catalepsy, and Hysteria in Females (1866), doctors in London accused him of quackery and expelled him from the Obstetrical Society.[157]

In the United States J. Marion Sims followed Brown's work, and in 1862 slit the neck of a woman's uterus and amputated her clitoris, "for the relief of the nervous or hysterical condition as recommended by Baker Brown," after the patient complained of menstrual pain, convulsions and bladder problems.[158] A. J. Bloch, a surgeon in New Orleans, removed the clitoris of a two-year-old girl who was reportedly masturbating.[159] According to a 1985 paper in the Obstetrical & Gynecological Survey, clitoridectomy was performed in the US into the 1960s to treat hysteria, erotomania and lesbianism.[160]

Opposition

Colonial opposition in Kenya

Muthirigu
Little knives in their sheaths
That they may fight with the church,
The time has come.
Elders (of the church)
When Kenyatta comes
You will be given women's clothes
And you will have to cook him his food.
— from the Muthirigu (1929),
Kikuyu dance-songs
protesting church opposition to FGM[161]
photograph
American missionary Hulda Stumpf (seated, bottom left) was murdered in Kikuyu in 1930 after opposing FGM.

Protestant missionaries in British East Africa (present-day Kenya), began campaigning against FGM in the early 20th century when Dr. John Arthur joined the Church of Scotland Mission (CSM) in Kikuyu. The practice was known by the Kikuyu, the country's main ethnic group, as irua for both girls and boys, and involved excision (Type II) for girls and removal of the foreskin for boys. It was an important ethnic marker, and unexcised Kikuyu women, known as irugu, were outcasts.[162]
Jomo Kenyatta, general secretary of the Kikuyu Central Association and Kenya's first prime minister from 1963, wrote in 1938 that, for the Kikuyu, the institution of FGM was the "conditio sine qua non of the whole teaching of tribal law, religion and morality." No proper Kikuyu man or woman would marry or have sexual relations with someone who was not circumcised. A woman's responsibilities toward the tribe began with her initiation. Her age and place within tribal history was traced to that day, and the group of girls with whom she was cut was named according to current events, an oral tradition that allowed the Kikuyu to track people and events going back hundreds of years.[163]

From 1925, beginning with the CSM mission, several missionary churches declared that FGM was prohibited for African Christians. The CSM announced that Africans practising it would be excommunicated, resulting in hundreds leaving or being expelled.[164] The stand-off turned FGM into a focal point of the Kenyan independence movement; the 1929–1931 period is known in the country's historiography as the female circumcision controversy.[165]

In 1929 the Kenya Missionary Council began referring to FGM as the "sexual mutilation of women," rather than circumcision, and a person's stance toward the practice became a test of loyalty, either to the Christian churches or to the Kikuyu Central Association.[166] Hulda Stumpf, an American missionary with the Africa Inland Mission who opposed FGM in the girls' school she helped to run, was murdered in 1930. Edward Grigg, the governor of Kenya, told the British Colonial Office that the killer, who was never identified, had attempted to circumcise her.[167]

In 1956 the council of male elders (the Njuri Nchecke) in Meru announced a ban on FGM. Over the next three years, as a symbol of defiance, thousands of girls cut each other's genitals with razor blades. The movement came to be known in Meru as Ngaitana ("I will circumcise myself"), because to avoid naming their friends the girls said they had cut themselves. Historian Lynn Thomas describes the episode as significant in the history of FGM because it made clear that its victims were also its perpetrators.[168]

Growth of opposition

photograph
Nawal El Saadawi was one of the first African feminists to criticize FGM.

The first known non-colonial campaign against FGM began in Egypt in the 1920s, when the Egyptian Doctors' Society called for a ban.[169] There was a parallel campaign in Sudan, run by religious leaders and British women. Infibulation was banned there in 1946, but the law was unpopular and barely enforced.[170] The Egyptian government banned infibulation in state-run hospitals in 1959, but allowed partial clitoridectomy if parents requested it.[171] The UN asked the WHO to investigate FGM that year, but the latter responded that it was not a medical issue.[172]

Feminists took up the issue throughout the 1970s.[173] Egyptian physician Nawal El Saadawi's book, Women and Sex (1972), criticized FGM; the book was banned in Egypt and El Saadawi lost her job as director general of public health.[174] She followed up with a chapter, "The Circumcision of Girls," in The Hidden Face of Eve: Women in the Arab World (1980), which described her own clitoridectomy when she was six years old:
I did not know what they had cut off from my body, and I did not try to find out. I just wept, and called out to my mother for help. But the worst shock of all was when I looked around and found her standing by my side. Yes, it was her, I could not be mistaken, in flesh and blood, right in the midst of these strangers, talking to them and smiling at them, as though they had not participated in slaughtering her daughter just a few moments ago.[175]
In 1975 the American social scientist Rose Oldfield Hayes became the first female academic to publish a detailed account of FGM, aided by her ability to discuss the issues directly with women in Sudan. Her article in American Ethnologist called it "female genital mutilation," and brought it to wider academic attention.[176]

Four years later Austrian-American feminist Fran Hosken published The Hosken Report: Genital and Sexual Mutilation of Females (1979), the first to estimate the global number of women cut. She wrote that 110,529,000 women in 20 African countries had experienced FGM.[177] The figures were speculative, but in several instances consistent with later surveys; Mackie writes that her work was "more informative than the silence that preceded her efforts."[178] Describing FGM as a "training ground for male violence," Hosken accused female practitioners of "participating in the destruction of their own kind."[179] The language caused a rift between Western and African feminists; African women boycotted a session featuring Hosken during the UN's Mid-Decade Conference on Women in Copenhagen in July 1980.[180]

The Inter-African Committee on Traditional Practices Affecting the Health of Women and Children, founded after a seminar in Dakar, Senegal, in 1984, called for an end to the practice, as did the UN's World Conference on Human Rights in Vienna in June 1993. The conference listed FGM as a form of violence against women, marking it as a human-rights violation, rather than a medical issue.[181] Throughout the 1990s and 2000s African governments banned or restricted it. In July 2003 the African Union ratified the Maputo Protocol on the rights of women, article 5 of which supports the elimination of harmful practices, including FGM.[182] By 2013 laws had been passed in 22 of the 27 African countries in which FGM is concentrated, though several fell short of a ban.[183]

Egypt banned FGM in 2007. In 1994 CNN broadcast images of a child undergoing FGM in a barber's shop in Cairo, and in 2007 a child died during an FGM procedure.[184] The death prompted the Al-Azhar Supreme Council of Islamic Research, the country's highest religious authority, to rule that FGM had no basis in Islamic law.[185] The government banned it that year by ministerial decree, and in 2008 added it to the penal code as a criminal offence.[186] The first charges under the new law, against a doctor and a girl's father, were brought in 2014 when the girl died after a procedure.[187] The men were acquitted, but after an appeal the doctor was sentenced in January 2015 to over two years in prison for manslaughter, and the father received a three-month suspended sentence.[188]

United Nations

photograph
Mary Karooro Okurut, Uganda's Minister of Gender, Labour and Social Development, speaking at Girl Summit 2014, London, hosted by UNICEF and the UK government

The United Nations General Assembly included FGM in resolution 48/104 in December 1993, the Declaration on the Elimination of Violence Against Women. In 2003 the UN began sponsoring an International Day of Zero Tolerance to Female Genital Mutilation every 6 February.[189] UNICEF began that year to promote an evidence-based social norms approach to the evaluation of intervention, using ideas from game theory about how communities reach decisions, and building on the work of Gerry Mackie about how footbinding had ended in China.[190] In 2005 the UNICEF Innocenti Research Centre in Florence published its first report on FGM.[191]

In 2008 several United Nations bodies, including the Office of the High Commissioner for Human Rights, published a joint statement recognizing FGM as a human-rights violation.[192] In December 2012 the General Assembly passed resolution 67/146, calling for intensified efforts to eliminate it.[15] In July 2014 UNICEF and the UK government co-hosted the first Girl Summit, aimed at ending FGM and child marriage.[193]

UNFPA and UNICEF launched a joint programme in 2007 to reduce FGM by 40 percent within the 0–15 age group, and eliminate it entirely from at least one country. Fifteen countries joined the programme: Djibouti, Egypt, Ethiopia, Guinea, Guinea-Bissau, Kenya, Senegal and Sudan in 2008; Burkina Faso, Gambia, Uganda and Somalia in 2009; and Eritrea, Mali and Mauritania in 2011.[194] Phase 1 lasted from 2008 to 2013, with a budget of $37 million, over $20 million of it donated by Norway.[195] Phase 2 extends the programme from 2014 to 2017.[196]

By 2013 the programme had organized public declarations of abandonment in 12,753 communities, integrated FGM prevention into pre- and postnatal care in 5,571 health facilities, and trained over 100,000 doctors, nurses and midwives in FGM care and prevention. The programme helped to create alternative rites of passage in Uganda and Kenya, and in Sudan supported the (pre-existing) Saleema initiative. Saleema means "whole" in Arabic; the initiative promotes the term as a desirable description of an uncut woman.[197] The programme noted that anti-FGM law enforcement is weak, and that, even where arrests are made, prosecution may fail because of inadequate collection of evidence.[198] It therefore supported the training of 3,011 personnel in eight countries (Djibouti, Eritrea, Ethiopia, Guinea, Guinea-Bissau, Kenya, Senegal and Uganda) in how to enforce the laws, and sponsored campaigns to raise awareness of them.[199]

Non-practising countries

As of 2013, legislation banning FGM had been passed by 33 countries outside Africa and the Middle East.[200] As a result of immigration the practice spread to Australia, New Zealand, the European Union, North America and Scandinavia, all of which have outlawed it, either entirely or from being performed on minors.[201][202] Sweden outlawed it in 1982, the first Western country to do so.[203] Several former colonial powers, including Belgium, Britain, France and the Netherlands, followed suit, either with new laws or by making clear that it was covered by existing legislation.[204]
photograph
Efua Dorkenoo (1949–2014), author of Cutting the Rose (1994) and founder of FORWARD, received an OBE in 1994 for her work against FGM in the UK.[205]

Canada recognized FGM as a form of persecution in July 1994, when it granted refugee status to Khadra Hassan Farah, who had fled Somalia to avoid her daughter being cut.[206] In 1997 it amended section 268 of the Criminal Code of Canada to make a ban on FGM explicit, except where "the person is at least eighteen years of age and there is no resulting bodily harm."[207] As of February 2015, there had been no prosecutions.[208]

According to the European Parliament, 500,000 women in Europe had undergone FGM as of March 2009.[209] France is known for its tough stance against FGM, reflecting its position that French identity and unity depend on the assimilation of its immigrants.[210] Up to 30,000 women there are thought to have experienced FGM. Colette Gallard, a family-planning counsellor, writes that when FGM was first encountered in France, the reaction was that Westerners ought not to intervene, and it took the deaths of two girls in 1982, one of them three months old, for that attitude to change.[211]

The practice is outlawed by a provision of France's penal code dealing with violence against children.[212] All children under six who were born in France undergo medical examinations that include inspection of the genitals, and doctors are obliged to report FGM.[210] The first civil suit was in 1982 and the first criminal prosecution in 1993.[213] In 1999 a woman was given an eight-year sentence for having performed FGM on 48 girls.[214] By 2014 over 100 parents and two practitioners had been prosecuted in over 40 criminal cases.[212][210]

Around 137,000 women and girls living as permanent residents of England and Wales in 2011 were born in countries where FGM is practised.[215] Although performing FGM on children or adults was outlawed under the Prohibition of Female Circumcision Act 1985, the UK's first prosecution was in 2014.[216] The 1985 Act was replaced by the Female Genital Mutilation Act 2003 and Prohibition of Female Genital Mutilation (Scotland) Act 2005, which added a prohibition on arranging FGM outside the country for British citizens or permanent residents.[217] The United Nations Committee on the Elimination of Discrimination against Women expressed concern in 2013 that there had been no convictions, and asked the government to "ensure the full implementation of its legislation on FGM."[218] The first charges were brought the following year against a physician and another man, after the physician sutured a partially infibulated woman with one stitch to stem bleeding after opening her for childbirth. The prosecution contended that this amounted to reinfibulation. Both men were acquitted in February 2015.[219]

In the United States the Centers for Disease Control (CDC) estimated in 1997 that 168,000 women and girls living there in 1990 had undergone FGM or were at risk.[220] A preliminary, unpublished, CDC study in 2015 reportedly estimates that around 500,000 women and girls in the US have undergone FGM or are likely to undergo it.[221] A Nigerian woman successfully contested deportation in March 1994 on the grounds that her daughters might be cut.[222] In 1996 Fauziya Kasinga from Togo became the first to be granted asylum to escape FGM,[223] although, as of 2006, several federal appellate courts have held that a parent cannot receive asylum based on a fear that their child will be subjected to FGM, particularly where the children are legal residents or citizens of the United States.[224]

In 1996 it became illegal under Title 18 of the United States Code, § 116, to perform FGM on minors for non-medical reasons,[225] and the National Defense Authorization Act for Fiscal Year 2013 prohibited transporting a minor out of the country for the purpose of FGM.[226] The American Academy of Pediatrics opposes all forms of the practice. In 2010 it suggested that "pricking or incising the clitoral skin" was a harmless procedure that might satisfy parents, but withdrew the statement after complaints.[227] The first FGM conviction in the US was in 2006, when Khalid Adem, who had emigrated from Ethiopia, was sentenced to ten years after severing his two-year-old daughter's clitoris with a pair of scissors.[228]

Criticism of opposition

Tolerance versus human rights

Anthropologist Eric Silverman wrote in 2004 that FGM had "emerged as one of the central moral topics of contemporary anthropology." Anthropologists have accused FGM eradicationists of cultural colonialism; in turn, the former have been criticized for their moral relativism and failure to defend the idea of universal human rights.[229] According to the opposition's critics, the biological reductionism of the opposition, and the failure to appreciate the practice's cultural context, undermines the practitioners' agency and serves to "other" them – in particular by calling African parents mutilators.[230] Yet Africans who object to the opposition risk appearing to defend FGM.[231]
Feminist theorist Obioma Nnaemeka – herself strongly opposed to FGM ("If one is circumcised, it is one too many") – argues that the impact of renaming it female genital mutilation cannot be underestimated:
photograph
Obioma Nnaemeka: "Westerners are quick to appropriate the power to name ..."[232]
In this name game, although the discussion is about African women, a subtext of barbaric African and Muslim cultures and the West's relevance (even indispensability) in purging the barbarism marks another era where colonialism and missionary zeal determined what "civilization" was, and figured out how and when to force it on people who did not ask for it.[233]
Ugandan law professor Sylvia Tamale argues that early Western opposition to FGM stemmed from a Judeo-Christian judgment that African sexual and family practices – including dry sex, polygyny, bride price and levirate marriage – were primitive and required correction.[234] African feminists "do not condone the negative aspects of the practice," writes Tamale, but "take strong exception to the imperialist, racist and dehumanising infantilization of African women."[234]

The debate has highlighted a tension between anthropology and feminism, with the former's focus on tolerance and the latter's on equal rights for all women. Anthropologist Christine Walley writes that a common trope within the anti-FGM literature has been to present African women as victims of false consciousness participating in their own oppression, a position promoted by several feminists in the 1970s and 1980s, including Fran Hosken, Mary Daly and Hanny Lightfoot-Klein. It prompted the French Association of Anthropologists to issue a statement in 1981, at the height of the early debates, that "a certain feminism resuscitates (today) the moralistic arrogance of yesterday's colonialism."[235]

As an example of the disrespect arguably shown toward women who have undergone FGM, commentators highlight the appropriation of the women's bodies as exhibits. Historian Chima Korieh cites the publication in 1996 of the Pulitzer-prize-winning photographs (above) of a 16-year-old Kenyan girl undergoing FGM. The photographs were published by 12 American newspapers, but according to Korieh the girl had not given permission for the images to be taken, much less published.[236]

Comparison with other procedures

Obioma Nnaemeka argues that the crucial question, broader than FGM, is why the female body is subjected to so much "abuse and indignity" around the world, including in the West.[237] Several authors have drawn a parallel between FGM and cosmetic procedures.[238] Ronán Conroy of the Royal College of Surgeons in Ireland wrote in 2006 that cosmetic genital procedures were "driving the advance of female genital mutilation" by encouraging women to see natural variations as defects.[239] Anthropologist Fadwa El Guindi compares FGM to breast enhancement, in which the maternal function of the breast becomes secondary to men's sexual pleasure.[240] Benoîte Groult made a similar point in 1975, citing FGM and cosmetic surgery as sexist and patriarchal.[241]
photograph
Martha Nussbaum argues that a key moral and legal issue with FGM is that it is mostly conducted on children using physical force.

Carla Obermeyer maintains that FGM may be conducive to women's well-being within their communities in the same way that rhinoplasty and male circumcision may help people elsewhere.[242] In Egypt, despite the 2007 ban, women wanting FGM for their daughters discuss the need for amalyet tajmeel (cosmetic surgery) to remove what is viewed as excess genital tissue for a more acceptable appearance.[243]

The WHO does not cite procedures such as labiaplasty and clitoral hood reduction as examples of FGM, but its definition aims to avoid loopholes, so several elective practices on adults do fall within its categories.[244] Some of the laws banning FGM, including in Canada and the US, focus only on minors. Several countries, including Sweden and the UK, have banned it regardless of consent, and the legislation would seem to cover cosmetic procedures. Sweden, for example, has banned "[o]perations on the external female genital organs which are designed to mutilate them or produce other permanent changes in them ... regardless of whether consent to this operation has or has not been given."[245] Gynaecologist Birgitta Essén and anthropologist Sara Johnsdotter note that it seems the law distinguishes between Western and African genitals, and deems only African women (such as those seeking reinfibulation after childbirth) unfit to make their own decisions.[246]

Arguing against suggested similarities between FGM and dieting or body shaping, philosopher Martha Nussbaum writes that a key difference is that FGM is mostly conducted on children using physical force. She argues that the distinction between social pressure and physical force is morally and legally salient, comparable to the distinction between seduction and rape. She argues further that the literacy of women in practising countries is generally poorer than in developed nations, and that this reduces their ability to make informed choices.[247]

Several commentators maintain that children's rights are violated with the genital alteration of intersex children, who are born with anomalies that physicians choose to correct. Legal scholars Nancy Ehrenreich and Mark Barr write that thousands of these procedures take place every year in the United States, and say that they are medically unnecessary, more extensive than FGM, and have more serious physical and mental consequences. They attribute the silence of anti-FGM campaigners about intersex procedures to white privilege and a refusal to acknowledge that "similar unnecessary and harmful genital cutting occurs in their own backyards."[248]

Climategate, the sequel: How we are STILL being tricked with flawed data on global warming

Something very odd has been going on with the temperature data relied on by the world's scientists, writes Christopher Booker

A satellite view of the Antartica
'The Earth’s recent temperatures rank in the lowest 3 per cent of all those recorded since the end of the last ice age' Photo: ALAMY
 
Although it has been emerging for seven years or more, one of the most extraordinary scandals of our time has never hit the headlines. Yet another little example of it lately caught my eye when, in the wake of those excited claims that 2014 was “the hottest year on record”, I saw the headline on a climate blog: “Massive tampering with temperatures in South America”. The evidence on Not a lot of people knowthat, uncovered by Paul Homewood, was indeed striking.

Puzzled by those “2014 hottest ever” claims, which were led by the most quoted of all the five official global temperature records – Nasa’s Goddard Institute for Space Studies (Giss) – Homewood examined a place in the world where Giss was showing temperatures to have risen faster than almost anywhere else: a large chunk of South America stretching from Brazil to Paraguay.

Noting that weather stations there were thin on the ground, he decided to focus on three rural stations covering a huge area of Paraguay. Giss showed it as having recorded, between 1950 and 2014, a particularly steep temperature rise of more than 1.5C: twice the accepted global increase for the whole of the 20th century.

But when Homewood was then able to check Giss’s figures against the original data from which they were derived, he found that they had been altered. Far from the new graph showing any rise, it showed temperatures in fact having declined over those 65 years by a full degree. When he did the same for the other two stations, he found the same. In each case, the original data showed not a rise but a decline.

Homewood had in fact uncovered yet another example of the thousands of pieces of evidence coming to light in recent years that show that something very odd has been going on with the temperature data relied on by the world's scientists. And in particular by the UN’s Intergovernmental Panel on Climate Change (IPCC), which has driven the greatest and most costly scare in history: the belief that the world is in the grip of an unprecedented warming.
How have we come to be told that global temperatures have suddenly taken a great leap upwards to their highest level in 1,000 years? In fact, it has been no greater than their upward leaps between 1860 and 1880, and 1910 and 1940, as part of that gradual natural warming since the world emerged from its centuries-long “Little Ice Age” around 200 years ago.

This belief has rested entirely on five official data records. Three of these are based on measurements taken on the Earth’s surface, versions of which are then compiled by Giss, by the US National Oceanic and Atmospheric Administration (NOAA) and by the University of East Anglia’s Climatic Research Unit working with the Hadley Centre for Climate Prediction, part of the UK Met Office. The other two records are derived from measurements made by satellites, and then compiled by Remote Sensing Systems (RSS) in California and the University of Alabama, Huntsville (UAH).

The adjusted graph from the Goddard Institute for Space Studies


In recent years, these two very different ways of measuring global temperature have increasingly been showing quite different results. The surface-based record has shown a temperature trend rising up to 2014 as “the hottest years since records began”. RSS and UAH have, meanwhile, for 18 years been recording no rise in the trend, with 2014 ranking as low as only the sixth warmest since 1997.

One surprise is that the three surface records, all run by passionate believers in man-made warming, in fact derive most of their land surface data from a single source. This is the Global Historical Climate Network (GHCN), managed by the US National Climate Data Center under NOAA, which in turn comes under the US Department of Commerce.

But two aspects of this system for measuring surface temperatures have long been worrying a growing array of statisticians, meteorologists and expert science bloggers. One is that the supposedly worldwide network of stations from which GHCN draws its data is flawed. Up to 80 per cent or more of the Earth’s surface is not reliably covered at all. Furthermore, around 1990, the number of stations more than halved, from 12,000 to less than 6,000 – and most of those remaining are concentrated in urban areas or places where studies have shown that, thanks to the “urban heat island effect”, readings can be up to 2 degrees higher than in those rural areas where thousands of stations were lost.

Below, the raw data in graph form


To fill in the huge gaps, those compiling the records have resorted to computerised “infilling”, whereby the higher temperatures recorded by the remaining stations are projected out to vast surrounding areas (Giss allows single stations to give a reading covering 1.6 million square miles).
This alone contributed to the sharp temperature rise shown in the years after 1990.

But still more worrying has been the evidence that even this data has then been subjected to continual “adjustments”, invariably in only one direction. Earlier temperatures are adjusted downwards, more recent temperatures upwards, thus giving the impression that they have risen much more sharply than was shown by the original data.

An early glaring instance of this was spotted by Steve McIntyre, the statistician who exposed the computer trickery behind that famous “hockey stick” graph, beloved by the IPCC, which purported to show that, contrary to previous evidence, 1998 had been the hottest year for 1,000 years. It was McIntyre who, in 2007, uncovered the wholesale retrospective adjustments made to US surface records between 1920 and 1999 compiled by Giss (then run by the outspoken climate activist James Hansen). These reversed an overall cooling trend into an 80-year upward trend. Even Hansen had previously accepted that the “dust bowl” 1930s was the hottest US decade of the entire 20th century.

Assiduous researchers have since unearthed countless similar examples across the world, from the US and Russia to Australia and New Zealand. In Australia, an 80-year cooling of 1 degree per century was turned into a warming trend of 2.3 degrees. In New Zealand, there was a major academic row when “unadjusted” data showing no trend between 1850 and 1998 was shown to have been “adjusted” to give a warming trend of 0.9 degrees per century. This falsified new version was naturally cited in an IPCC report (see “New Zealand NIWA temperature train wreck” on the Watts Up With That science blog, WUWT, which has played a leading role in exposing such fiddling of the figures).

By far the most comprehensive account of this wholesale corruption of proper science is a paper written for the Science and Public Policy Institute, “Surface Temperature Records: Policy-Driven Deception?”, by two veteran US meteorologists, Joseph D’Aleo and WUWT’s Anthony Watts (and if warmists are tempted to comment below this article online, it would be welcome if they could address their criticisms to the evidence, rather than just resorting to personal attacks on the scientists who, after actually examining the evidence, have come to a view different from their own).

One of the more provocative points arising from the debate over those claims that 2014 was “the hottest year evah” came from the Canadian academic Dr Timothy Ball when, in a recent post on WUWT, he used the evidence of ice-core data to argue that the Earth’s recent temperatures rank in the lowest 3 per cent of all those recorded since the end of the last ice age, 10,000 years ago.

In reality, the implications of such distortions of the data go much further than just representing one of the most bizarre aberrations in the history of science. The fact that our politicians have fallen for all this scary chicanery has given Britain the most suicidally crazy energy policy (useless windmills and all) of any country in the world.

But at least, if they’re hoping to see that “universal climate treaty” signed in Paris next December, we can be pretty sure that it is no more going to happen than that 2014 was the hottest year in history.

Marvin Minsky


From Wikipedia, the free encyclopedia

Marvin Minsky
Marvin Minsky at OLPCb.jpg
Marvin Minsky in 2008
Born Marvin Lee Minsky
(1927-08-09) August 9, 1927 (age 87)
New York City, United States
Nationality American
Fields Cognitive science
Computer science
Artificial intelligence
Institutions MIT
Alma mater Phillips Academy
Harvard University (B.A., 1949)
Princeton University (Ph.D, 1954)
Thesis Theory of Neural-Analog Reinforcement Systems and Its Application to the Brain Model Problem (1954)
Doctoral advisor Albert W. Tucker[1][2]
Doctoral students Manuel Blum
Daniel Bobrow
Eugene Charniak
David Dalrymple
Carl Hewitt
Scott Fahlman
Danny Hillis
Benjamin Kuipers
David Levitt
Joel Moses
Bertram Raphael
Douglas Riecken
Gerald Jay Sussman
Ivan Sutherland
Patrick Winston[1]
Known for Artificial intelligence[3]
Confocal microscope[4]
Useless machine[5]
Triadex Muse[citation needed]
Transhumanism[citation needed]
Perceptrons (book)[6]
Society of Mind[7]
The Emotion Machine[8]
Influenced David Waltz
Notable awards Turing Award (1969)
Japan Prize (1990)
IJCAI Award for Research Excellence (1991)
Benjamin Franklin Medal (2001)
Computer History Museum Fellow (2006) [9]
2013 BBVA Foundation Frontiers of Knowledge Award
Website
web.media.mit.edu/~minsky

Marvin Lee Minsky (born August 9, 1927) is an American cognitive scientist in the field of artificial intelligence (AI), co-founder of the Massachusetts Institute of Technology's AI laboratory, and author of several texts on AI and philosophy.[10][11][12]

Biography

Marvin Lee Minsky was born in New York City to an eye surgeon and a Jewish activist,[13] where he attended The Fieldston School and the Bronx High School of Science. He later attended Phillips Academy in Andover, Massachusetts. He served in the US Navy from 1944 to 1945. He holds a BA in Mathematics from Harvard (1950) and a PhD in mathematics from Princeton (1954).[14][15] He has been on the MIT faculty since 1958. In 1959[16] he and John McCarthy founded what is now known as the MIT Computer Science and Artificial Intelligence Laboratory. He is currently the Toshiba Professor of Media Arts and Sciences, and Professor of electrical engineering and computer science.
Isaac Asimov described Minsky as one of only two people he would admit were more intelligent than he was, the other being Carl Sagan.[17]


3D profile of a coin (partial) measured with a modern confocal white light microscope.

Minsky's inventions include the first head-mounted graphical display (1963) and the confocal microscope[4][18] (1957, a predecessor to today's widely used confocal laser scanning microscope). He developed, with Seymour Papert, the first Logo "turtle". Minsky also built, in 1951, the first randomly wired neural network learning machine, SNARC.

Minsky wrote the book Perceptrons (with Seymour Papert), which became the foundational work in the analysis of artificial neural networks. This book is the center of a controversy in the history of AI, as some claim it to have had great importance in driving research away from neural networks in the 1970s, and contributing to the so-called AI winter.[citation needed] He also founded several other famous AI models. His book "A framework for representing knowledge" created a new paradigm in programming. While his "Perceptrons" is now more a historical than practical book, the theory of frames is in wide use.[19] Minsky has also written on the possibility that extraterrestrial life may think like humans, permitting communication.[20] He was an adviser[21] on the movie 2001: A Space Odyssey and is referred to in the movie and book:
Probably no one would ever know this; it did not matter. In the 1980s, Minsky and Good had shown how neural networks could be generated automatically—self replicated—in accordance with any arbitrary learning program. Artificial brains could be grown by a process strikingly analogous to the development of a human brain. In any given case, the precise details would never be known, and even if they were, they would be millions of times too complex for human understanding.
—Arthur C. Clarke, 2001: A Space Odyssey[22]
In the early 1970s at the MIT Artificial Intelligence Lab, Minsky and Seymour Papert started developing what came to be called The Society of Mind theory. The theory attempts to explain how what we call intelligence could be a product of the interaction of non-intelligent parts. Minsky says that the biggest source of ideas about the theory came from his work in trying to create a machine that uses a robotic arm, a video camera, and a computer to build with children's blocks. In 1986, Minsky published The Society of Mind, a comprehensive book on the theory which, unlike most of his previously published work, was written for a general audience.

In November 2006, Minsky published The Emotion Machine, a book that critiques many popular theories of how human minds work and suggests alternative theories, often replacing simple ideas with more complex ones. Recent drafts of the book are freely available from his webpage.[23]

Awards and affiliations

Minsky won the Turing Award in 1969, the Japan Prize in 1990, the IJCAI Award for Research Excellence in 1991, and the Benjamin Franklin Medal from the Franklin Institute in 2001.[24] In 2006, he was inducted as a Fellow of the Computer History Museum. In 2011, Minsky was inducted into IEEE Intelligent Systems' AI's Hall of Fame for the "significant contributions to the field of AI and intelligent systems".[25][26] In 2014, Minsky won the Dan David Prize in the field of "Artificial Intelligence, the Digital Mind".[27] He was also awarded with the 2013 BBVA Foundation Frontiers of Knowledge Award in the Information and Communication Technologies category [28]

Marvin Minsky is affiliated with the following organizations:
Minsky is a critic of the Loebner Prize.[32][33]

Personal life


The Minskytron or "Three Position Display" running on the Computer History Museum's PDP-1, 2007

Minsky is an actor in an artificial intelligence koan (attributed to his student, Danny Hillis) from the Jargon file:
In the days when Sussman was a novice, Minsky once came to him as he sat hacking at the PDP-6.
"What are you doing?" asked Minsky.
"I am training a randomly wired neural net to play Tic-tac-toe," Sussman replied.
"Why is the net wired randomly?" asked Minsky.
"I do not want it to have any preconceptions of how to play," Sussman said.
Minsky then shut his eyes.
"Why do you close your eyes?" Sussman asked his teacher.
"So that the room will be empty."
At that moment, Sussman was enlightened.[34]
Minsky is an atheist.[35]

We could get to the singularity in ten years

December 26, 2014 by Ben Goertzel 
Original link:  http://www.kurzweilai.net/we-could-get-to-the-singularity-in-ten-years
 
It would require a different way of thinking about the timing of the Singularity, says AGI pioneer Ben Goertzel, PhD. Rather than a predictive exercise, it would require thinking about it the way an athlete thinks about a game when going into it, or the way the Manhattan Project scientists thought at the start of the project.

This article, written in 2010, is excerpted with permission from Goertzel’s new book, Ten Years To the Singularity If We Really, Really Try … and other Essays on AGI and its Implications.

We’ve discussed the Vinge-ean, Kurzweil-ian argument that human-level AGI may be upon us shortly.

By extrapolating various key technology trends into the near future, in the context of the overall dramatic technological growth the human race has seen in the past centuries and millennia, it seems quite plausible that superintelligent artificial minds will be here much faster than most people think.

This sort of objective, extrapolative view of the future has its strengths, and is well worth pursuing. But I think it’s also valuable to take a more subjective and psychological view, and think about AGI and the Singularity in terms of the power of the human spirit — what we really want for ourselves, and what we can achieve if we really put our minds to it.

I presented this sort of perspective on the timeline to Singularity and advanced AGI at the TransVision 2006 futurist conference, in a talk called “Ten Years to a Positive Singularity (If We Really, Really Try).” The conference was in Helsinki, Finland, and I wasn’t able to attend in person so I delivered the talk by video.

The basic point of the talk was that if society put the kind of money and effort into creating a positive Singularity that we put into things like wars or television shows, then some pretty amazing things might happen. To quote a revised version of the talk, given to a different audience just after the financial crisis of Fall 2008:

Look at the US government’s response to the recent financial crisis – suddenly they’re able to materialize a trillion dollars here, a trillion dollars there. What if those trillions of dollars were being spent on AI, robotics, life extension, nanotechnology and quantum computing? It sounds outlandish in the context of how things are done now — but it’s totally plausible.

If we made a positive Singularity a real focus of our society, I think a ten year time-frame or less would be eminently possible.

Ten years from now would be 2020. Ten years from 2007, when that talk was originally given, would have been 2017, only 7 years from now. Either of these is a long time before Kurzweil’s putative 2045 prediction. Whence the gap?

When he cites 2045, Kurzweil is making a guess of the “most likely date” for the Singularity. The “ten more years” prediction is a guess of how fast things could happen with an amply-funded, concerted effort toward a beneficial Singularity. So the two predictions have different intentions.

We consider Kurzweil’s 2045 as a reasonable extrapolation of current trends, but we also think the Singularity could come a lot sooner, or a lot later, than that.

How could it come a lot later? Some extreme possibilities are easy to foresee. What if terrorists nuke the major cities of world? What if anti-technology religious fanatics take over the world’s governments? But less extreme outcomes could also occur, with similar outcomes. Human history could just take a different direction than massive technological advance, and be focused on warfare, or religion, or something else.

Or, though we reckon this less likely, it is also possible we could hit up against tough scientific obstacles that we can’t foresee right now. Intelligence could prove more difficult for the human brain to puzzle out, whether via analyzing neuroscience data, or engineering intelligent systems.

Moore’s Law and its cousins could slow down due to physical barriers, designing software for multicore architectures could prove problematically difficult — the pace of improvement in brain scanners could slow down.

How, on the other hand, could it take a lot less time? If the right people focus their attention on the right things.

Dantzig’s solution to ‘unsolvable’ statistics problems

The Ten Years to the Singularity talk began with a well-known motivational story, about a guy named George Dantzig (no relation to the heavy metal singer Glenn Danzig!). Back in 1939, Dantzig was studying for his PhD in statistics at the University of California, Berkeley. He arrived late for class one day and found two problems written on the board. He thought they were the homework assignment, so he wrote them down, then went home and solved them. He thought they were particularly hard, and it took him a while. But he solved them, and delivered the solutions to the teacher’s office the next day.

Turns out, the teacher had put those problems on the board as examples of “unsolvable” statistics problems — two of the greatest unsolved problems of mathematical statistics in the world, in fact. Six weeks later, Dantzig’s professor told him that he’d prepared one of his two “homework” proofs for publication. Eventually, Dantzig would use his solutions to those problems for his PhD thesis.

Here’s what Dantzig said about the situation: “If I had known that the problems were not homework, but were in fact two famous unsolved problems in statistics, I probably would not have thought positively, would have become discouraged, and would never have solved them.”

Dantzig solved these problems because he thought they were solvable. He thought that other people had already solved them. He was just doing them as “homework,” thinking everyone else in his class was going to solve them too.

There’s a lot of power in expecting to win. Athletic coaches know about the power of streaks. If a team is on a roll, they go into each game expecting to win, and their confidence helps them see more opportunities to win. Small mistakes are just shrugged away by the confident team, but if a team is on a losing streak, they go into each game expecting to screw up, somehow.
Oak Ridge K-25 plant, part of the Manhattan Project (credit: Wikimedia Commons)

A single mistake can put them in a bad mood for the whole game, and one mistake can pile on top of another more easily.

To take another example, let’s look at the Manhattan Project. America thought they needed to create nuclear weapons before the Germans did.

They assumed it was possible, and felt a huge burning pressure to get there first. Unfortunately, what they were working on so hard, with so much brilliance, was an ingenious method for killing a lot of people.

But, whatever you think of the outcome, there’s no doubt the pace of innovation in science and technology in that project was incredible.

And it all might have never happened if the scientists involved didn’t already believe that Germany was ahead of them, and that somehow their inventing the ability to kill thousands, first, would save humanity.

How Might a Positive Singularity Get Launched In 10 Years From Now?

This way of thinking leads to a somewhat different way of thinking about the timing of the Singularity. What if, rather than thinking about it as a predictive exercise (an exercise in objective studying what’s going to happen in the world, as if we were outsiders to the world). What if we thought about it the way an athlete thought about a game when going into it, or the way the Manhattan Project scientists thought at the start of the project, or the way Dantzig thought about his difficult homework problems?
  • What if we knew it was possible to create a positive Singularity in ten years?. What if we assumed we were going to win, as a provisional but reasonable hypothesis?
  • What if we thought everyone else in the class knew how to do it already?
  • What if we were worried the bad guys were going to get there first?
  • Under this assumption, how then would we go about trying to create a positive Singularity?
  • Following this train of thought, even just a little ways, will lead you along the chain of reasoning that led us to write this book.
  • One conclusion that seems fairly evident when taking this perspective is that AI is the natural area of focus.
Look at the futurist technologies at play these days — nanotechnology, biotechnology, robotics, AI — and ask, “which ones have the most likelihood of bringing us a positive Singularity within the next ten years?”

Nano and bio and robotics are all advancing fast, but they all require a lot of hard engineering work.
AI requires a lot of hard work too, but it’s a softer kind of hard work. Creating AI relies only on human intelligence, not on painstaking and time-consuming experimentation with physical substances and biological organisms.

And how can we get to AI? There are two big possibilities:
  • Copy the human brain, or
  • Come up with something cleverer
Copying the brain is the wrong approach
human_brain_connectivity
A graphical representation of human brain connectivity scaffold (credit: USC Institute for Neuroimaging and Informatics)

Both approaches seem viable, but the first approach has a problem. Copying the human brain requires far more understanding of the brain than we have now. Will biologists get there in ten years from now. Probably not. Definitely not in five years.

So we’re left with the other choice, come up with something cleverer. Figure out how to make a thinking machine, using all the sources of knowledge at our disposal: Computer science and cognitive science and philosophy of mind and mathematics and cognitive neuroscience and so forth.

But if this is feasible to do in the near term, which is what we’re suggesting, then why don’t have AI’s smarter than people right now? Of course, it’s a lot of work to make a thinking machine, but making cars and rockets and televisions is also a lot of work, and society has managed to deal with those problems.

The main reason we don’t have real AI right now is that almost no one has seriously worked on the problem. And (here is where things get even more controversial!) most of the people that have worked on the problem have thought about it in the wrong way.

Some people have thought about AI in terms of copying the brain, but, as I mentioned earlier, that means you have to wait until the neuroscientists have finished figuring out the brain. Trying to make AI based on our current, badly limited understanding of the brain is a clear recipe for failure.

We have no understanding yet of how the brain represents or manipulates abstraction. Neural network AI is fun to play with, but it’s hardly surprising it hasn’t led to human-level AI yet. Neural nets are based on extrapolating a very limited understanding of a few very narrow aspects of brain function.

The AI scientists who haven’t thought about copying the brain, have mostly made another mistake.
They’ve thought like computer scientists. Computer science is like mathematics — it’s all about elegance and simplicity. You want to find beautiful, formal solutions. You want to find a single, elegant principle. A single structure. A single mechanism that explains a whole lot of different things. A lot of modern theoretical physics is in this vein. The physicists are looking for a single, unifying equation underlying every force in the universe. Well, most computer scientists working on AI are looking for a single algorithm or data structure underlying every aspect of intelligence.

But that’s not the way minds work. The elegance of mathematics is misleading. The human mind is a mess, and not just because evolution creates messy stuff. The human mind is a mess because intelligence, when it has to cope with limited computing resources, is necessarily messy and heterogenous.

Intelligence does include a powerful, elegant, general problem-solving component, and some people have more of it than others. Some people I meet seem to have almost none of it at all.

But intelligence also includes a whole bunch of specialized problem-solving components dealing with things like: vision, socialization, learning physical actions, recognizing patterns in events over time, and so forth. This kind of specialization is necessary if you’re trying to achieve intelligence with limited computational resources.

Marvin Minsky has introduced the metaphor of a society. He says a mind needs to be a kind of society, with different agents carrying out different kinds of intelligent actions and all interacting with each other.

But a mind isn’t really like a society. It needs to be more tightly integrated than that. All the different parts of the mind, parts which are specialized for recognizing and creating different kinds of patterns, need to operate very tightly together, communicating in a common language, sharing information, and synchronizing their activities.

And then comes the most critical part:  The whole thing needs to turn inwards on itself. Reflection. Introspection. These are two of the most critical kinds of specialized intelligence that we have in the human brain, and both rely critically on our general intelligence ability. A mind, if it wants to be really intelligent, has to be able to recognize patterns in itself, just like it recognizes patterns in the world, and it has to be able to modify and improve itself based on what it sees in itself. This is what “self” is all about.

This relates to what the philosopher Thomas Metzinger calls the “phenomenal self.” All humans carry around inside our minds a “phenomenal self.” An illusion of a holistic being. A whole person. An internal “self” that somehow emerges from the mess of information and dynamics inside our brains. This illusion is critical to what we are. The process of constructing this illusion is essential to the dynamics of intelligence.

Brain theorists haven’t understood the way the self emerges from the brain yet, because brain mapping isn’t advanced enough.

It’s about patterns

Computer scientists haven’t understood the self, because it isn’t about computer science. It’s about the emergent dynamics that happen when you put a whole bunch of general and specialized pattern recognition agents together: A bunch of agents created in a way that they can really cooperate, and when you include in the mix agents oriented toward recognizing patterns in the society as a whole.

The specific algorithms and representations inside the pattern recognition agents – algorithms dealing with reasoning, or seeing, or learning actions, or whatever – these algorithms are what computer science focuses on. They’re important, but they’re not really the essence of intelligence. The essence of intelligence lies in getting the parts to all work together in a way that gives rise to the phenomenal self. That is, it’s about wiring together a collection of structures and processes into a holistic system in a way that lets the whole system recognize significant patterns in itself. With very rare exceptions, this has simply not been the focus of AI researchers.

When talking about AI in these pages, I’ll use the word “patterns” a lot. This is inspired in part by my book, The Hidden Pattern, which tries to get across the viewpoint that everything in the universe is made of patterns. This is not a terribly controversial perspective — Kurzweil has also described himself as a “patternist.” In the patternist perspective, everything you see around you, everything you think, everything you remember, that’s a pattern!

Following a long line of other thinkers in psychology and computer science, we conceive intelligence as the ability to achieve complex goals in complex environments. Even complexity itself has to do with patterns. Something is “complex” if it has a lot of patterns in it.

A “mind” is a collection of patterns for effectively recognizing patterns. Most importantly, a mind needs to recognize patterns about what actions are most likely to achieve its goals.

The phenomenal self is a big pattern, and what makes a mind really intelligent is its ability to continually recognize this pattern — the phenomenal self in itself.

Does it Take a Manhattan Project?

One of the more interesting findings from the “How Long Till Human-Level AI” survey we discussed above was about funding, and the likely best uses of hypothetical massive funding to promote AGI progress.

In the survey, we used the Manhattan Project as one of our analogies, just as I did in part of the discussion above — but in fact, it may be that we don’t need a Manhattan Project scale effort to get Singularity-enabling AI. The bulk of AGI researchers surveyed at AGI-09 felt that, rather than a single monolithic project, the best use of massive funding to promote AGI would be to fund a heterogenous pool of different projects, working in different but overlapping directions.

In part, this reflects the reality that most of the respondents to the survey probably thought they had an inkling (or a detailed understanding) of a viable path to AGI, and feared that an AGI Manhattan Project would proceed down the wrong path instead of their “correct” path. But it also reflects the realities of software development. Most breakthrough software has come about through a small group of very brilliant people working together very tightly and informally. Large teams work better for hardware engineering than software engineering.

It seems most likely that the core breakthrough enabling AGI will come from a single, highly dedicated AGI software team. After this breakthrough is done, a large group of software and hardware engineers will probably be useful for taking the next step, but that’s a different story.

What this suggests is that, quite possibly, all we need right now to get Singularity-enabling AGI is to get funding to a dozen or so of the right people. This would enable them to work on the right AGI project full time for a decade or so, or maybe even less.

It’s worth emphasizing that my general argument for the potential imminence of AGI does not depend on my perspective on any particular route to AGI being feasible. Unsurprisingly, I’m a big fan of the OpenCog project, of which I’m one of the founders and leaders. I’ll tell you more about this a little later on. But you don’t need to buy my argument for OpenCog as the most likely path to AGI, in order to agree with my argument for creating a positive Singularity by funding a constellation of dedicated AGI teams.

Even if OpenCog were the wrong path, there could still be a lot of sense in a broader bet that funding 100 dedicated AGI teams to work on their own independent ideas will result in one of them making the breakthrough. What’s shocking, given the amount of money and energy going into other sorts of technology development, is that this isn’t happening right now. (Or maybe it is, by the time you are reading this!!)

Keeping it Positive

I’ve talked more about AI than about the Singularity or positiveness. Let me get back to those.
It should be obvious that if you can create an AI vastly smarter than humans, then pretty much anything is possible.

Or at least, once we reach that stage, there’s no way for us, with our puny human brains, to really predict what is or isn’t possible. Once the AI has its own self, and has superhuman level intelligence, it’s going to start learning and figuring things out on its own.

But what about the “positive” part? How do we know this AI won’t annihilate us all? Why won’t it just decide we’re a bad use of mass-energy, and re-purpose our component particles for something more important?

There’s no guarantee of this not happening, of course.

Just like there’s no guarantee that some terrorist won’t nuke your house tonight, or that you won’t wake up tomorrow morning to find the whole life you think you’ve experienced has been a long strange dream. Guarantees and real life don’t match up very well. (Sorry to break the news.)

However, there are ways to make bad outcomes unlikely, based on a rational analysis of AI technology and the human context in which it’s being developed.

The goal systems of humans are pretty unpredictable, but a software mind can potentially be different, because the goal system of an AI can be more clearly and consistently defined. Humans have all sort of mixed-up goals, but there seems no clear reason why one can’t create an AI with a more crisply defined goal of helping humans and other sentient beings, as well as being good to itself. We will return to the problem of defining this sort of goal more precisely later, but to make a long story short, one approach (among many) is to set the AI the goal of figuring out what is most common among the various requests that various humans may make of it.

One risk of course is that, after it grows up a bit, the AGI changes its goals, even though you programmed it not to. Every programmer knows you can’t always predict the outcome of your own code. But there are plenty of preliminary experiments we can do to understand the likelihood of this happening. And there are specific AGI designs, such as the GOLEM design we’ll discuss below, that have been architected with a specific view toward avoiding this kind of pathology. This is a matter best addressed by a combination of experimental science and mathematical theory, rather than armchair philosophical speculation.

Ten Years to the Singularity?

How long till human-level or superhuman AGI? How long till the Singularity? None of us knows. Ray Kurzweil and others have made some valuable projections and predictions. But you and I are not standing outside of history analyzing its progress — we are co-creating it. Ultimately the answer to this question is highly uncertain, and, among many other factors, it depends on what we do.

To quote the closing words of the Ten Years to The Singularity TransVision talk:

A positive Singularity in 10 years?

Am I sure it’s possible? Of course not.

But I do think it’s plausible.

And I know this: If we assume it isn’t possible, it won’t be.

And if we assume it is possible – and act intelligently on this basis – it really might be. That’s the message I want to get across to you today.

There may be many ways to create a positive Singularity in ten years. The way I’ve described to you – the AI route – is the one that seems clearest to me. There are six billion people in the world so there’s certainly room to try out many paths in parallel.

But unfortunately the human race isn’t paying much attention to this sort of thing. Incredibly little effort and incredibly little funding goes into pushing toward a positive Singularity. I’m sure the total global budget for Singularity-focused research is less than the budget for chocolate candy – let alone beer … Or TV… Or weapons systems!

I find the prospect of a positive Singularity incredibly exciting – and I find it even more exciting that it really, possibly could come about in the next ten years. But it’s only going to happen quickly if enough of the right people take the right attitude – and assume it’s possible, and push for it as hard as they can.

Remember the story of Dantzig and the unsolved problems of statistics. Maybe the Singularity is like that. Maybe superhuman AI is like that. If we don’t think about these problems as impossibly hard – quite possibly they’ll turn out to be solvable, even by mere stupid humans like us.

This is the attitude I’ve taken with my work on OpenCog. It’s the attitude Aubrey de Grey has taken with his work on life extension. The more people adopt this sort of attitude, the faster the progress we’ll make.

We humans are funny creatures. We’ve developed all this science and technology – but basically we’re still funny little monkeylike creatures from the African savannah. We’re obsessed with fighting and reproduction and eating and various apelike things. But if we really try, we can create amazing things – new minds, new embodiments, new universes, and new things we can’t even imagine.

Introduction to entropy

From Wikipedia, the free encyclopedia https://en.wikipedia.org/wiki/Introduct...