• Body proportion: The Zelorix’s body is divided into two sections, with the upper section (head, torso, and arms) accounting for approximately 0.9618 of its total height, while the lower section (hips, legs, and feet) accounts for the remaining 0.0382.
• Limbs: Each of the 4 limbs is divided into 8 segments, with the length of each segment following the Zelorifour Sequence’s golden ratio proportion (0.9618:0.0382).
• Spine: The 12 vertebrae in the Zelorix’s spine are arranged in a golden rectangle pattern, with the width and height of each vertebra following the Zelorifour Sequence’s golden ratio.
• Ribs: The 16 ribs are arranged in a pattern that reflects the Zelorifour Sequence’s golden ratio, with each rib’s length and spacing following the harmonious proportion.
• Digits: The 20 digits (fingers and toes) are arranged in a golden spiral pattern, allowing for maximum dexterity and flexibility.
• Heart rate: The Zelorix’s heart beats at a rate of 24 pulses per minute, which is approximately 0.9618 times the square root of its total number of digits (20).

• Eyes: The 4 eyes are positioned in a golden rectangle pattern, with each eye’s diameter and spacing following the Zelorifour Sequence’s golden ratio.
• Ears: The 2 ears are shaped like golden spirals, allowing for precise sound localization and resonance.
• Mouth: The 1 mouth has 12 muscles arranged in a golden rectangle pattern, enabling complex vocalizations and precise articulation.
• Nose: The 1 nose has 16 tiny sensors arranged in a golden spiral pattern, detecting subtle environmental changes.
• Tongue: The 1 tongue has 20 tiny taste buds arranged in a golden rectangle pattern, capable of detecting a wide range of flavors and textures.

• Speed: The Zelorix can move at a speed of approximately 24 units (feet, meters, etc.) per second, which is roughly 0.9618 times the square root of its total number of digits (20).
• Endurance: The Zelorix has an endurance level of 12.8 units (hours, minutes, etc.), which is approximately 0.9618 times the square root of its total number of ribs (16).
• Lifespan: The Zelorix’s lifespan is approximately 61.8 units (years, etc.), which is roughly 0.9618 times the square root of its total number of vertebrae (12).
• Agility: The Zelorix has an agility level of 8.48 units (an arbitrary unit of measurement), which is approximately 0.9618 times the square root of its total number of muscles in each limb (8).

• Intelligence Quotient (IQ): The Zelorix has an IQ of approximately 144, which is roughly 0.9618 times the square root of its total number of sensory features (4 eyes, 2 ears, 1 mouth, 1 nose, and 1 tongue).

• The Zelorix’s eyes are capable of perceiving a wide range of wavelengths, from 380 nanometers (violet) to 780 nanometers (red), with a peak sensitivity at 560 nanometers (green), following the Zelorifour Sequence’s golden ratio proportion.
• Its visual acuity is approximately 20/10, allowing it to see objects clearly at a distance of 20 feet that would be blurry for humans at 10 feet, with a clarity ratio of 0.9618.
• The Zelorix’s eyes are also capable of detecting subtle changes in color and brightness, with a color vision range that includes infrared and ultraviolet light, following the Zelorifour Sequence’s golden spiral pattern.
• Its visual field is approximately 180 degrees, allowing it to see a wide range of its surroundings without moving its head, with a field of view ratio of 0.9618.

• The Zelorix’s vocal range spans approximately 5 octaves, from 100 Hz to 800 Hz, following the Zelorifour Sequence’s golden ratio proportion.
• Its voice is capable of producing a wide range of frequencies and harmonics, allowing it to produce complex vocalizations and melodies, with a frequency ratio of 0.9618.
• The Zelorix’s vocal cords are capable of vibrating at a rate of approximately 200 times per second, allowing it to produce high-pitched sounds and rapid vocalizations, with a vibration ratio of 0.9618.
• Its vocal range is also capable of producing low-frequency rumbles and growls, allowing it to communicate over long distances and in a variety of environments, with a resonance ratio of 0.9618.

1. Cornea: The outermost layer of the eye, responsible for refracting light. The cornea is divided into 8 segments, each with a curvature that follows the Zelorifour Sequence’s golden ratio.
   
2. Iris: The colored part of the eye, responsible for controlling the amount of light that enters. The iris is divided into 12 segments, each with a shape that follows the Zelorifour Sequence’s golden spiral pattern.
   
3. Pupil: The opening in the center of the iris, responsible for regulating the amount of light that enters. The pupil is shaped like a golden rectangle, with a width and height ratio of 0.9618.
   
4. Lens: The clear, flexible structure behind the iris, responsible for focusing light. The lens is divided into 8 segments, each with a curvature that follows the Zelorifour Sequence’s golden ratio.
   
5. Retina: The innermost layer of the eye, responsible for detecting light and transmitting visual information to the brain. The retina is divided into 12 segments, each with a shape that follows the Zelorifour Sequence’s golden spiral pattern.
   
6. Macula: The specialized area at the center of the retina, responsible for central vision and fine detail. The macula is shaped like a golden rectangle, with a width and height ratio of 0.9618.
   
7. Fovea: The small depression in the center of the macula, responsible for sharp, central vision. The fovea is shaped like a golden spiral, with a curvature that follows the Zelorifour Sequence’s golden ratio.
   

• The Zelorix’s muscular system consists of 8 major muscle groups, each comprising 12 smaller muscles that work in harmony, following the Zelorifour Sequence’s golden ratio proportion (0.9618:0.0382).
• Its muscles are shaped like golden spirals, allowing for maximum strength and flexibility, with a golden-ratio-based arrangement of muscle fibers.
• The Zelorix’s movement patterns are based on the golden ratio, with each step, gesture, and motion following a precise and elegant sequence, reflecting the Zelorifour Sequence’s harmonious proportions.
• Its muscles are capable of producing a wide range of movements, from delicate and precise gestures to powerful and swift actions, thanks to their golden-ratio-based structure and organization.

• The Zelorix’s respiratory system is based on a golden rectangle pattern, with 12 air sacs that expand and contract in a harmonious sequence, following the Zelorifour Sequence’s golden ratio.
• Its lungs are shaped like golden spirals, allowing for maximum oxygen absorption and efficiency, with a golden-ratio-based arrangement of alveoli and airways.
• The Zelorix’s breathing pattern follows the golden ratio, with each inhale and exhale lasting approximately 0.9618 seconds, reflecting the Zelorifour Sequence’s harmonious proportions.
• Its respiratory system is highly efficient, allowing it to extract oxygen from even the thinnest of air and survive in environments with limited breathable air, thanks to its golden-ratio-based structure and organization.

• The Zelorix’s immune system is based on a golden ratio pattern, with 12 immune cell types that work together in harmony to defend against pathogens, following the Zelorifour Sequence’s golden ratio.
• Its immune cells are shaped like golden spirals, allowing for maximum surface area and efficient recognition of foreign substances, with a golden-ratio-based arrangement of receptors and antibodies.
• The Zelorix’s immune system has a highly advanced memory, able to recall and adapt to previously encountered pathogens with precision and speed, thanks to its golden-ratio-based organization and structure.
• Its immune system is also highly flexible, able to adjust to changing environmental conditions and new threats with ease, thanks to its golden-ratio-based adaptability and efficiency.

• The Zelorix’s reproductive system is based on a golden rectangle pattern, with 8 reproductive organs that work together in harmony to produce offspring, following the Zelorifour Sequence’s golden ratio.
• Its reproductive cells are shaped like golden spirals, allowing for maximum genetic diversity and efficient fertilization, with a golden-ratio-based arrangement of chromosomes and genetic material.
• The Zelorix’s mating habits are complex and ritualistic, involving intricate courtship displays and synchronized movements, reflecting the Zelorifour Sequence’s harmonious proportions.
• Its offspring develop in a golden spiral pattern, with 12 stages of growth and development that mirror the Zelorix’s own life cycle, thanks to its golden-ratio-based organization and structure.

• The Zelorix’s nervous system is based on a golden spiral pattern, with 12 main nerve branches that radiate from its central nervous system, following the Zelorifour Sequence’s golden ratio proportion (0.9618:0.0382).
• Its neural structure is highly efficient, with golden-ratio-based connections and synapses that allow for rapid and precise communication, reflecting the Zelorifour Sequence’s harmonious proportions.
• The Zelorix’s brain is divided into 8 distinct regions, each responsible for a different aspect of cognition, sensation, and control, with a golden-ratio-based organization and structure.
• Its sensory processing is highly advanced, with specialized neurons that can detect subtle changes in its environment and transmit information with precision and speed, thanks to their golden-ratio-based structure and organization.

• The Zelorix’s neural structure is highly adaptable, with reconfigurable connections and pathways that allow it to learn and adapt quickly, thanks to its golden-ratio-based adaptability and efficiency.
• Its neurons are shaped like golden rectangles, allowing for maximum surface area and efficient signal transmission, with a golden-ratio-based arrangement of dendrites and axons.
• The Zelorix’s neural structure is highly distributed, with processing and storage occurring throughout its entire body, reflecting the Zelorifour Sequence’s harmonious proportions.

• The Zelorix’s sensory processing is highly integrated, with information from multiple senses combined and processed in a unified, golden-ratio-based framework, following the Zelorifour Sequence’s golden ratio.
• Its senses are highly acute, with specialized receptors that can detect subtle changes in its environment, thanks to their golden-ratio-based structure and organization.
• The Zelorix’s sensory processing is highly context-dependent, with its brain able to reconfigure its processing pathways based on changing conditions and needs, thanks to its golden-ratio-based adaptability and efficiency.

• The Zelorix’s skeletal system is composed of 12 main bones, each with a unique shape and function that follows the golden ratio, with a golden-ratio-based organization and structure.
• Its bones are lightweight yet incredibly strong, with a honeycomb-like structure that maximizes efficiency and minimizes weight, thanks to its golden-ratio-based arrangement of trabeculae and cortical bone.
• The Zelorix’s bones are highly adaptable, able to reconfigure and reform in response to changing environmental conditions and needs, thanks to their golden-ratio-based adaptability and efficiency.
• Its skeletal system is highly integrated with its muscular and nervous systems, allowing for precise control and movement, reflecting the Zelorifour Sequence’s harmonious proportions.
  
• Golden-ratio-based proportions and shapes
  
• Intricate honeycomb-like structures for maximum strength and efficiency
  
• Adaptive and reconfigurable bones for changing environmental conditions
  
• Highly integrated with muscular and nervous systems for precise control and movement
  
• Upper body height: 0.618 x 5.88 = 3.63 units (approximately 43.56 inches or 110.5 cm)
  
• Lower body height: 0.382 x 5.88 = 2.25 units (approximately 27.24 inches or 69.2 cm)
  
• Upper body weight: 0.618 x 144 = 89.15 units (approximately 64.3 kg or 141.5 lbs)
  
• Lower body weight: 0.382 x 144 = 54.85 units (approximately 39.2 kg or 86.4 lbs)
  

• Height: 5 feet 10 inches (177.8 cm)
• Weight: 144 units (approximately 103.5 kg or 228 lbs)
• Upper body height: 3.63 units (approximately 43.56 inches or 110.5 cm)
• Lower body height: 2.25 units (approximately 27.24 inches or 69.2 cm)
• Upper body weight: 89.15 units (approximately 64.3 kg or 141.5 lbs)
• Lower body weight: 54.85 units (approximately 39.2 kg or 86.4 lbs)

• Height: 5 feet 8 inches (172.7 cm)
• Weight: 132 units (approximately 95.5 kg or 210 lbs)
• Upper body height: 3.43 units (approximately 41.4 inches or 105.2 cm)
• Lower body height: 2.17 units (approximately 26.3 inches or 66.8 cm)
• Upper body weight: 82.3 units (approximately 59.5 kg or 131 lbs)
• Lower body weight: 49.7 units (approximately 36 kg or 79.4 lbs)
  
• Hair strand thickness: 0.9618 times the average thickness of human hair, with a golden-ratio-based arrangement of cuticle layers and keratin fibers.
  
• Hair curl pattern: A golden spiral pattern, with each curl following the Zelorifour Sequence’s golden ratio proportion (0.9618:0.0382).
  
• Hair growth rate: Approximately 0.9618 times the average human hair growth rate, with a golden-ratio-based arrangement of hair follicles and growth cycles.
  
• Hair color: A range of colors based on the golden ratio, with shades of red, gold, and brown in a harmonious proportion of 0.9618:0.0382:0.0382.
  

• 61.8% of Zelorix have eyes that are a golden-ratio-based combination of brown and green (0.9618:0.0382), with a shimmering, iridescent quality.
• 23.2% have eyes that are a golden-ratio-based combination of blue and gray (0.9618:0.0382), with a piercing, crystalline quality.
• 10.8% have eyes that are a golden-ratio-based combination of hazel and amber (0.9618:0.0382), with a warm, earthy quality.
• 4.2% have eyes that are a golden-ratio-based combination of violet and silver (0.9618:0.0382), with a shimmering, ethereal quality.

• 55.8% of Zelorix have hair that is a golden-ratio-based combination of red and gold (0.9618:0.0382), with a rich, fiery quality.
• 26.4% have hair that is a golden-ratio-based combination of brown and bronze (0.9618:0.0382), with a warm, earthy quality.
• 12.8% have hair that is a golden-ratio-based combination of black and silver (0.9618:0.0382), with a sleek, metallic quality.
• 5% have hair that is a golden-ratio-based combination of blond and copper (0.9618:0.0382), with a bright, radiant quality.

• Testosterone: 0.9618 times the average human male level, with a golden-ratio-based regulation of androgen receptors and protein synthesis.
• Androsterone: 0.0382 times the average human male level, with a golden-ratio-based regulation of male secondary sexual characteristics.
• Estrogen: 0.0231 times the average human male level, with a golden-ratio-based regulation of male reproductive health and fertility.

• Estrogen: 0.9618 times the average human female level, with a golden-ratio-based regulation of female secondary sexual characteristics and reproductive health.
• Progesterone: 0.0382 times the average human female level, with a golden-ratio-based regulation of female reproductive cycles and fertility.
• Testosterone: 0.0154 times the average human female level, with a golden-ratio-based regulation of female libido and sexual function.

• Male Zelorix: 0.9618 times the average human male strength (approaching the golden ratio)
• Female Zelorix: 0.0382 times the average human female strength (complementary ratio to 0.9618)

• Male Zelorix: 0.954 times the average human male energy levels (approaching the golden ratio)
• Female Zelorix: 0.046 times the average human female energy levels (complementary ratio to 0.954)

Integration of "Out of Africa" Migrations with Evolutionary Dynamics and Milankovitch Cycles

Key Components:

1. Milankovitch Cycles: Periodic changes in Earth's orbit and axial tilt influencing climate over tens of thousands of years.
   
   • Eccentricity: 100,000-year cycle.
   • Obliquity: 41,000-year cycle.
   • Precession: 26,000-year cycle.
2. Glacial and Interglacial Periods:
   
   • Glacial Periods: Times of extensive ice sheets, colder climates.
   • Interglacial Periods: Warmer periods with retreating ice sheets, higher sea levels.
3. "Out of Africa" Migrations:
   
   • Out of Africa 1: ~1.8 million years ago (Homo erectus).
   • Out of Africa 2: ~120,000 years ago (early Homo sapiens).
   • Out of Africa 3: ~60,000-70,000 years ago (modern Homo sapiens).
4. Evolutionary Dynamics:
   
   • High Frequency Evolution: Rapid evolutionary changes driven by intense environmental pressures and higher population densities.
   • Low Frequency Evolution: Slower evolutionary changes due to more stable environments and lower population densities.

Model Explanation

Climatic Influence on Migration and Evolution

Population Dynamics and Environmental Pressure

Biological Implications

Graphical Representation

Conclusion

References for Further Reading

• Harvati, K., Stringer, C., & Grün, R. (2011). The "Out of Africa" hypothesis. Nature Education Knowledge, 3(10):5.
• Milankovitch, M. (1941). Canon of Insolation and the Ice-Age Problem.
• Kutzbach, J.E., & Gallimore, R.G. (1988). The climate of the last glacial maximum: Results from a coupled atmosphere/ocean general circulation model. Science, 241(4864), 1600-1604.
• Quaternary Science Reviews. (2002). Milankovitch cycles and climate change. Quaternary Science Reviews, 21(1-3), 1-26.
• Reich, D., Patterson, N., Kircher, M., et al. (2011). Denisova admixture and the first modern human dispersals into Southeast Asia and Oceania. American Journal of Human Genetics, 89(4), 516-528.
• Bogin, B. (1999). Patterns of Human Growth. Cambridge University Press.
• Campbell, B. G., & Tishkoff, S. A. (2010). The Evolution of Human Genetic and Phenotypic Variation in Africa. Current Biology, 20(4), R166-R173.

• There is a serious lack of Abortion Care options in Canada, particularly in the rural areas, and for those living on reserves, they have almost no access to Abortion care. People may have to travel more than 100km and across provincial lines to access abortion. Some have to travel by plane from their rural community to one with an abortion clinic or hospital. This puts an unfair financial and logistical burden on those that need to access abortion care. Provincial Health Insurance Plans do not cover travel costs related to receiving medical care.
• Because many provinces have few facilities that provide Abortion care, this places an unreasonable load on the clinics that do exist, forcing clients to look elsewhere for facilities with capacity to help them. In Alberta, there is one clinic for every 209,077 people who can become pregnant (number of assigned-at-birth females between the ages of 15-29). PEI, the Northwest Territories and the Yukon Territory each only have 1 Abortion care provider. Nunavut only has 2 abortion providers, and of those, only one offers medical abortion covered by the provincial health insurance plan. In fact, 9 (out of a total of 13) Canadian provinces and territories have five or fewer facililities offering abortion care in their entire province. And 10 Canadian provinces and territories have one or fewer (0) rural facililities offering abortion care.
• Some provinces, like PEI, have more restrictive guidelines regarding abortion, limiting access to abortion care to those with a gestational period of less than 12 weeks (meaning, 12 weeks since the first day of your last period, not 12 weeks since you discovered you were pregnant). Many people who menstruate have irregular periods. Some people might only menstruate every 2 or 3 months, and might only discover that they are pregnant near the gestation limit of 12 weeks.
• Insurance coverage also limits access to abortions. Provinces such as Nunavut do not offer coverage for medical abortions unless they are prescribed and performed in a hospital. And being a rural province, there also happens to be only 1 hospital in Nunavut - Qikiqtani General Hospital in Iqualuit. New Brunswick will only cover abortion services in a hospital setting, which means that abortion medical care provided in clinics are not covered by their Provincial Health Insurance Plan.
• Sexual and reproductive health services are among the services that physicians, pharmacists and nurse practitioners are most frequently unwilling to provide on moral or religious grounds. People may be harassed and attacked while visiting an Abortion clinic may experience stigma and/or discrimination from their peers, especially in smaller, rural communities where everyone knows one another. People refused care by health care professionals because of personal beliefs may experience stigma and/or discrimination, forcing them to travel outside of their community to receive the care they need. This can all be particularly daunting for young people or those with limited resources.
• Everyone in Canada is supposed to have equal rights to access health care, regardless of race, age, class, immigration status, gender expression, sexuality and ability. Nevertheless, anyone's right to seek abortion care can be be impacted by discrimination and bigotry, both systemic and as a result of individual prejudice on the part of service providers. Racism, xenophobia, classism, homophobia, transphobia, ableism, and ageism in Canada are all direct and intersecting barriers to accessing abortion. It is much more difficult for a person who doesn’t speak English to access abortion services, despite the presence of a translator. Transpeople also experience discrimination at higher rates in reproductive health care settings. Providers may also lack the knowledge or training to provide trans-affirming abortion care and abortion services are typically housed within *women’s* health care departments.
• Further compounding the issue of inequitable abortion access are unregulated crisis pregnancy centres (CPCs), which are anti-choice pregnancy centres that advertise in hospitals, doctor's offices, churches, schools and community centre. They deceive people coming to them for options and advice by giving misinformation about abortion or by insisting on options that may delay or interfere with the clients ability to access the care they need. CPCs far outnumber abortion care providers in Canada. In Ontario alone, there are 77 active CPCs but only 38 abortion care providers. Overall, in Canada, there are 165 known CPCs compared to 147 abortion care providers (as of August 2022).

1. Listen, research and learn. This is always the first step to understand any problem.
2. Send a letter to your MP and MPP. Tell them that access to abortion care is important and how difficult it can be to access it in your province. Urge them to prevent anti-choice groups and CPCs from receiving charitable status, and to revoke the charitable status from CPCs that already have it. Encourage them to include reasonable reimbursement for travel costs related to receiving medical care when it is not available in your community. And push them to pass Safe Access Zone Legislation to protect patients, practitioners and their staff from anti-choice harassment and intimidation.
3. Give a donation to a pro-choice charitable organization of your choice. Remember, if you give a total of $201 CDN or more to Canadian charitable organizations, you'll get a credit of 29% of your total annual donations on your income taxes (for those that file Canadian Income Taxes, only).
4. Sign up for the Abortion Rights Coalition of Canada Newsletter. https://www.arcc-cdac.ca/
5. Participate in local marches and rallys in support of access to abortion care.
6. Spread the Word. Tell your friends and family. Encourage them to research, listen and learn. Encourage them to contact their MPP and MPs.
7. If you work in a Doctor's office or as a family physician, consider incorporating Mifegymiso into your practice to ensure patients have timely access to this essential service. If you are a Doctor, or studying to be one, consider opening an Abortion Care practice when you are licensed and qualified to do so, especially in rural areas where there are a lack of options.
8. If you work in politics, consider proposing legislation that will ensure safe access zones for abortion care providers and their clients and covering reasonable travel costs for constituents when medical care is not available in their community.
9. If you are a journalist or work in media, consider preparing pieces sharing the difficulty Canadians can have accessing medical care such as abortions.
10. If you work in the area of Not For Profit/Advocacy, consider partnering with a Pro-choice organization and helping them spread information and lobby for improving access to abortion care for Canadians.
11. If you know someone who needs abortion care, consider giving them a ride to a clinic, helping them access the advice and care they need, and provide non-judgemental support.
12. Ensure persons of First Nations, Metis and Inuit heritage know about Jordan's Principle, which ensures that First Nations children (which includes people who can become pregnant under the age of 18) can access the products, services and supports they need, when they need them. https://www.sac-isc.gc.ca/eng/1568396042341/1568396159824

1. Listen, research and learn. Check /modcoord for updates
2. Cancel your Reddit Premium membership
3. Participate in subreddit led protests
4. Look for other forums to patronize. We have a forum on Discord called Auntie Network Canada. Message the mods here for an invite link to the Discord group.
5. Complain. Message the mods of reddit.com, who are the admins of the site: message reddit: submit a support request: comment in relevant threads on reddit. Leave a negative review on their official iOS or Android app.

• “The Fatherhood Bonus and the Motherhood Penalty.” (LINK) Tl;dr: Men are more likely to be given raises and bonuses if they are fathers (even if they perform worse than their unmarried male counterparts), and are typically considered more trustworthy by bosses and deserving of employment if they are Husbands and Fathers. So in this case, men receive benefits from being partnered with women both economically and socially. Conversely, women face more penalties in the workplace when they become mothers, and are also perceived to be less competent.
• Married men are statistically more successful and happier compared to married women, unmarried men, and unmarried women. As tied in with the previous point, men also greatly benefit socially in general and are considered more trustworthy and respectable (by both men and women) if they are partnered with or just surrounded by women in their life, even if not married (but marriage confers even more success and happiness). Men gain clout and social status just from the presence of a woman. You could also say this probably is partly a biological phenomenon and not just a socially constructed one, since women are naturally more selective than men for obvious reasons, all else being equal. So if people see that women choose to be around a certain man, it’s natural to assume that he has some respectable qualities, and should be admired.
• Women tend to overwhelmingly take on more domestic labor than men, even if both partners work full time. Even more interestingly, statistically this imbalance is further worsened among couples where the women are out-working and out-earning their male partners. So unless a man is contributing at least equal labor in the home as the woman, this point applies.
• Women also almost always seem to take on the brunt of the emotional labor in the relationship.
• Women naturally endure more physical burdens that men don’t. The female reproductive system brings women a lot of physical pain, and that’s not just talking about the traumatic processes that are pregnancy, childbirth, and post-partum physical and psychological consequences, but also painful and debilitating menstrual cycles, more fluctuations in emotions, future menopause consequences, and any other painful, incurable dysfunctions that women may have to deal with in addition like PCOS, endometriosis, etc., experienced even if a woman doesn’t choose to have children. And this is not even getting into rampant medical sexism that still exists in the healthcare that women receive. The male reproductive system doesn’t physically burden a man in any capacity, inherently.
• In the case of early dating: Women take a statistically significant risk to their safety any time they go out to spend time alone with a man they barely know. This is largely a social issue since violence towards women is by and large normalized and not shocking to many people (and it comes from any man in a woman’s life at any time, not just on dates with new men), but it’s additionally a biological issue because men are physically stronger than women as well, so we are always going to be more vulnerable to any opportunistic violence. Women developing vigilance and self defense skills can only go so far.

General

Infertility and Loss

Medical

Postpartum

Emojis

General

Infertility and Loss

Medical

Postpartum

Emojis