text:
Scientists discover distribution and physiological role of plant disease – sciencedaily
By Leigh E. Chatman on	 January 7, 2022 Distribution methods
Witchcraft (Striga spp.) And broomrape (Orobanche and Phelipanche spp.) Are root parasitic weeds that inflict significant losses on world agriculture. Being obligate parasitic flowering plants in nature, they parasitize other autotrophic plants of agricultural importance. Plants are attached to their host by means of haustoria, which transfer nutrients from the host to the parasite. Weeds reduce crop yields by competing for resources (nutrients, water and photosynthetically active radiation), through allelopathic effects, and they reduce the quality of food, feed and fiber.
According to a review by Chris Parker; Based on rigorous sampling, there are no reliable global figures for the total area affected by Orobanche or Striga. However, around 16 million hectares were "at risk" of an Orobanche attack in the Mediterranean and Western Asia region. The corresponding figure for Striga in Africa was 44 million hectares, while the total loss of income from maize, millet and sorghum amounts to nearly $ 2.9 billion. More recent figures suggest that 50 million hectares and 300 million farmers are affected by Striga species in Africa, with losses amounting to USD 7 billion.
Parasitic weeds are difficult to control because they are obligate pests. One potential method of control is the use of growth modulators which are specific to parasitic root weeds. Understanding the physiological mechanisms that occur during the life cycles of root parasitic weeds is crucial in identifying specific growth modulator targets.
The metabolism of plant disease (a storage carbohydrate) is a possible target for the control of root parasitic weeds. In previous research, Associate Professor Atsushi Okazawa and colleagues found that plant metabolism is activated upon perception of strigolactones (a class of plant hormones that stimulate plant branching and the growth of symbiotic arbuscular mycorrhizal fungi) in them. germinating seeds of Orobanche minor. Nojirimycin (a potent glycosidase inhibitor) inhibited plantose metabolism and impaired germination of Orobanche minor seeds, indicating that plantose metabolism is a possible target for control of parasitic root weeds.
In a more recent study, this team of scientists, based at Osaka Prefecture University, investigated the activities of α-galactosidases (AGAL) during the germination of Orobanche minor seeds. They also studied the planted distribution in dry seeds using laser desorption / matrix-assisted ionization mass spectrometry imaging.
Plantosis has been found in the tissues surrounding the embryo but not inside, indicating that it may act as a storage carbohydrate. Biochemical experiments and molecular characterization of a member of the α-galactosidase family, OmAGAL2, indicated that the enzyme is involved in the hydrolysis planted in the apoplast around the embryo after the perception of strigolactones to provide to the embryo hexoses essential for germination. These results indicated that OmAGAL2 is a potential molecular target for the control of root parasitic weeds.
The mass spectrometry images obtained for two fragment ions were almost identical, indicating that these fragment ions were all generated from a single source, the plant. The authors also provided visual aids demonstrating that plant infestation is distributed into the endosperm, perisperm, and seed coat of dry Orobanche minor seeds, coinciding with its role as a storage carbohydrate.
In summary, the discovery of this study elucidates that (i) the plantrose is distributed in the dry seeds of Orobanche minor and its physiological role is elusive, (ii) during the germination of the seeds of root-parasitic weeds, the plantrose is rapidly hydrolyzed after perception of strigolactones (SL), indicating its role as a storage carbohydrate (iii) the tissues surrounding the embryo, namely the endosperm, perisperm and integument, play a role in providing nutrients to parasitic root weeds. Moreover, the novelty of this study lies in the fact that; for the first time, the authors visualized the distribution of storage carbohydrate (plant infection) in the seeds of a root parasitic weed.
Source of the story:
Materials provided by Osaka Prefecture University. Note: Content can be changed for style and length.
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redpajama_set_name: RedPajamaCommonCrawl


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text:
Fonds 276 Ewan MacDonell fonds
[1915-1930]. — 9 photographs.
Ewen Fuller MacDonell was a nephew of J.D. MacArthur, the builder of the E.D. & B.C. Railway. Born in Ontario in 1892, he first came to Alberta to work on the railway, but left to enlist in World War I. He served as an officer from 1915-1919, first with the 73rd Highland Battalion, then 154th Glengarry Highlanders and 7th Battalion Canadian Railway troops. He was discharged in 1919 and took a homestead at Rio Grande, Alberta, bringing in two carloads of cattle and horses from Edmonton. In 1920 Ewen became the postmaster in Rio Grande, and in 1921 he and Alex MacIntosh opened the first Rio Grande Store. Supplies for the store were hauled by horse and wagon from Grande Prairie, 43 miles away. The supply trip took four days, two there and two back. Ewen and Alex also built two houses and a barn beside the store, and this became the eastern half of the small community of Rio Grande. Across the road was St. Patrick's Catholic Church and Rectory and the Rio Grande Hall, a mile to the north was the Rio Grande School, and south along the banks of the Red Willow River was the Rodeo Grounds. In the prosperous late 1920s, about 1928, a new and larger store was built with living quarters upstairs and a pump to sell gasoline. In 1936 Mr. MacDonell sold the store to Joe Barrett. He passed away in 1970.
Copies of the photographs were donated to South Peace Regional Archives by Doreen MacDonnel, daughter-in-law to Ewen MacDonnel, in 2007.
The fonds consists of nine photographs of Ewen MacDonell and the store-post office at Rio Grande which he owned and operated from 1920 to 1936. There are also photographs of the Rio Grande School the bridge over the Red Willow River.
Ewen Fuller MacDonell, 1915
1 photograph; b & w; 4 x 6 in.
Ewen Fuller MacDonell was a nephew of J.D. MacArthur, the builder of the E.D. & B.C. Railway. He served as an officer in World War I from 1915-1919, first with the 73rd Highland Battalion, then 154th Glengarry Highlanders and 7th Battalion Canadian Railway troops. In 1919 he took a homestead at Rio Grande, Alberta.
Location: 0276.01
Rio Grande Store and Post Office, [1922]
In 1920 Ewen MacDonell became the Rio Grande postmaster, and in 1921 he and Alex MacIntosh opened the first Rio Grande Store and Post Office. Supplies for the store were hauled by horse and wagon from Grande Prairie, 43 miles away. The supply trip took four days, two there and two back. Ewen and Alex also built two houses and a barn beside the store.
Rio Grande Store, 1928
Ewen MacDonell and friend in the doorway of the Rio Grande Store in the prosperous late 1920s. The new Rio Grande Store is being built on the left and a new 1928 Model A is parked in front.
Close-up view of the front window of the first Rio Grande Store on October 8, 1928. Note the cream cans piled on the front step, waiting to be picked up.
The New Rio Grande Store and Post Office, 1928
In about 1928, Ewen MacDonell built a new store and post office at Rio Grande, complete with a gas pump and living quarters over the store. In 1936 he sold this store to Joe Barrett and it was later destroyed by fire.
Two Rio Grande Stores, 1928
The first and second Rio Grande Stores, on the east side of the road at Rio Grande.
Rio Grande, Alberta, [1930]
The Rio Grande Store and Post Office and its small cluster of buildings and houses made up the east half of the community of Rio Grande. Across the road was St. Patrick's Catholic Church and Rectory and the Rio Grande Hall.
Rio Grande Bridge, [1930]
Rio Grande Bridge over the Red Willow River just south of Rio Grande, Alberta.
Rio Grande School, [1920]
The Rio Grande School was built in 1918 on the SE 5-71-11-W6, on land donated by Walter Hill.


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1Anatomy and physiology
1.1Anatomy of the bladder and outlet
1.2Physiology
1.2.1Storage phase
1.2.2Voiding phase
1.2.3Voluntary control
1.2.4Experience of urination
1.3Disorders
1.3.1Clinical conditions
1.3.2Experimentally induced disorders
1.3.2.1Deafferentation
1.3.2.2Denervation
1.3.2.3Spinal cord injury
2Techniques
2.1Male urination
2.2Female urination
2.3Young children
2.4Fetal urination
2.5Urination after injury
2.6Alternative urination tools
3Social and cultural aspects
3.1Art
3.2Toilet training
3.3Facilities
3.4Urination without facilities
3.5Standing versus sitting or squatting
3.5.1Males
3.5.2Females
3.6Talking about urination
3.6.1Use in language
3.7Urination and sexual activity
4Electric shock injuries and deaths
5Other species
5.1Dog-like mammals (Canidae)
5.2Cats (Felidae)
(Redirected from Public urination)
Release of urine from the urinary bladder
"Urinate" redirects here. Not to be confused with Uranate.
"Voiding" redirects here. For other uses, see Void (disambiguation).
"Pissing" redirects here. For other uses, see Piss (disambiguation).
Manneken Pis depicts a urinating boy (puer mingens) 1618 - 1619 Belgium
Jeanneke Pis
Urination, also known as micturition,[1] is the release of urine from the urinary bladder through the urethra to the outside of the body. It is the urinary system's form of excretion. It is also known medically as micturition, voiding, uresis, or, rarely, emiction, and known colloquially by various names including peeing, weeing, and pissing. In healthy humans (and many other animals), the process of urination is under voluntary control. In infants, some elderly individuals, and those with neurological injury, urination may occur as a reflex. It is normal for adult humans to urinate up to seven times during the day.[2]
In some animals, in addition to expelling waste material, urination can mark territory or express submissiveness. Physiologically, urination involves coordination between the central, autonomic, and somatic nervous systems. Brain centres that regulate urination include the pontine micturition center, periaqueductal gray, and the cerebral cortex. In placental mammals, urine is drained through the urinary meatus, a urethral opening in the male penis or female vulval vestibule.[3][4]: 38, 364
Anatomy of the bladder and outlet
The interior of the bladder
Main articles: Urinary bladder and Urethra
The main organs involved in urination are the urinary bladder and the urethra. The smooth muscle of the bladder, known as the detrusor, is innervated by sympathetic nervous system fibers from the lumbar spinal cord and parasympathetic fibers from the sacral spinal cord.[5] Fibers in the pelvic nerves constitute the main afferent limb of the voiding reflex; the parasympathetic fibers to the bladder that constitute the excitatory efferent limb also travel in these nerves. Part of the urethra is surrounded by the male or female external urethral sphincter, which is innervated by the somatic pudendal nerve originating in the cord, in an area termed Onuf's nucleus.[6]
Smooth muscle bundles pass on either side of the urethra, and these fibers are sometimes called the internal urethral sphincter, although they do not encircle the urethra. Further along the urethra is a sphincter of skeletal muscle, the sphincter of the membranous urethra (external urethral sphincter). The bladder's epithelium is termed transitional epithelium which contains a superficial layer of dome-like cells and multiple layers of stratified cuboidal cells underneath when evacuated. When the bladder is fully distended the superficial cells become squamous (flat) and the stratification of the cuboidal cells is reduced in order to provide lateral stretching.
A dog using urine to mark a spot with his scent.
The physiology of micturition and the physiologic basis of its disorders are subjects about which there is much confusion, especially at the supraspinal level. Micturition is fundamentally a spinobulbospinal reflex facilitated and inhibited by higher brain centers such as the pontine micturition center and, like defecation, subject to voluntary facilitation and inhibition.[7]
In healthy individuals, the lower urinary tract has two discrete phases of activity: the storage (or guarding) phase, when urine is stored in the bladder; and the voiding phase, when urine is released through the urethra. The state of the reflex system is dependent on both a conscious signal from the brain and the firing rate of sensory fibers from the bladder and urethra.[7] At low bladder volumes, afferent firing is low, resulting in excitation of the outlet (the sphincter and urethra), and relaxation of the bladder.[8] At high bladder volumes, afferent firing increases, causing a conscious sensation of urinary urge. Individual ready to urinate consciously initiates voiding, causing the bladder to contract and the outlet to relax. Voiding continues until the bladder empties completely, at which point the bladder relaxes and the outlet contracts to re-initiate storage.[7] The muscles controlling micturition are controlled by the autonomic and somatic nervous systems. During the storage phase, the internal urethral sphincter remains tense and the detrusor muscle relaxed by sympathetic stimulation. During micturition, parasympathetic stimulation causes the detrusor muscle to contract and the internal urethral sphincter to relax. The external urethral sphincter (sphincter urethrae) is under somatic control and is consciously relaxed during micturition.
In infants, voiding occurs involuntarily (as a reflex). The ability to voluntarily inhibit micturition develops by the age of 2–3 years, as control at higher levels of the central nervous system develops. In the adult, the volume of urine in the bladder that normally initiates a reflex contraction is about 300–400 millilitres (11–14 imp fl oz; 10–14 US fl oz).
Storage phase
During storage, bladder pressure stays low, because of the bladder's highly compliant nature. A plot of bladder (intravesical) pressure against the depressant of fluid in the bladder (called a cystometrogram), will show a very slight rise as the bladder is filled. This phenomenon is a manifestation of the law of Laplace, which states that the pressure in a spherical viscus is equal to twice the wall tension divided by the radius. In the case of the bladder, the tension increases as the organ fills, but so does the radius. Therefore, the pressure increase is slight until the organ is relatively full. The bladder's smooth muscle has some inherent contractile activity; however, when its nerve supply is intact, stretch receptors in the bladder wall initiate a reflex contraction that has a lower threshold than the inherent contractile response of the muscle.
Action potentials carried by sensory neurons from stretch receptors in the urinary bladder wall travel to the sacral segments of the spinal cord through the pelvic nerves.[7] Since bladder wall stretch is low during the storage phase, these afferent neurons fire at low frequencies. Low-frequency afferent signals cause relaxation of the bladder by inhibiting sacral parasympathetic preganglionic neurons and exciting lumbar sympathetic preganglionic neurons. Conversely, afferent input causes contraction of the sphincter through excitation of Onuf's nucleus, and contraction of the bladder neck and urethra through excitation of the sympathetic preganglionic neurons.
Diuresis (production of urine by the kidney) occurs constantly, and as the bladder becomes full, afferent firing increases, yet the micturition reflex can be voluntarily inhibited until it is appropriate to begin voiding.
Voiding phase
Woman squatting to urinate
Urination from the penis
Voiding begins when a voluntary signal is sent from the brain to begin urination, and continues until the bladder is empty.
Bladder afferent signals ascend the spinal cord to the periaqueductal gray, where they project both to the pontine micturition center and to the cerebrum.[9] At a certain level of afferent activity, the conscious urge to void or urination urgency, becomes difficult to ignore. Once the voluntary signal to begin voiding has been issued, neurons in pontine micturition center fire maximally, causing excitation of sacral preganglionic neurons. The firing of these neurons causes the wall of the bladder to contract; as a result, a sudden, sharp rise in intravesical pressure occurs. The pontine micturition center also causes inhibition of Onuf's nucleus, resulting in relaxation of the external urinary sphincter.[10] When the external urinary sphincter is relaxed urine is released from the urinary bladder when the pressure there is great enough to force urine to flow out of the urethra. The micturition reflex normally produces a series of contractions of the urinary bladder.
The flow of urine through the urethra has an overall excitatory role in micturition, which helps sustain voiding until the bladder is empty.[11]
Many men, and some women, may sometimes briefly shiver after or during urination.[12]
After urination, the female urethra empties partially by gravity, with assistance from muscles.[clarification needed] Urine remaining in the male urethra is expelled by several contractions of the bulbospongiosus muscle, and, by some men, manual squeezing along the length of the penis to expel the rest of the urine.
For land mammals over 1 kilogram, the duration of urination does not vary with body mass, being dispersed around an average of 21 seconds (standard deviation 13 seconds), despite a 4 order of magnitude (1000×) difference in bladder volume.[13][14] This is due to increased urethra length of large animals, which amplifies gravitational force (hence flow rate), and increased urethra width, which increases flow rate. For smaller mammals a different phenomenon occurs, where urine is discharged as droplets, and urination in smaller mammals, such as mice and rats, can occur in less than a second.[14] The posited benefits of faster voiding are decreased risk of predation (while voiding) and decreased risk of urinary tract infection.
Voluntary control
The mechanism by which voluntary urination is initiated remains unsettled.[15] One possibility is that the voluntary relaxation of the muscles of the pelvic floor causes a sufficient downward tug on the detrusor muscle to initiate its contraction.[16] Another possibility is the excitation or disinhibition of neurons in the pontine micturition center, which causes concurrent contraction of the bladder and relaxation of the sphincter.[7]
There is an inhibitory area for micturition in the midbrain. After transection of the brain stem just above the pons, the threshold is lowered and less bladder filling is required to trigger it, whereas after transection at the top of the midbrain, the threshold for the reflex is essentially normal. There is another facilitatory area in the posterior hypothalamus. In humans with lesions in the superior frontal gyrus, the desire to urinate is reduced and there is also difficulty in stopping micturition once it has commenced. However, stimulation experiments in animals indicate that other cortical areas also affect the process.
The bladder can be made to contract by voluntary facilitation of the spinal voiding reflex when it contains only a few milliliters of urine. Voluntary contraction of the abdominal muscles aids the expulsion of urine by increasing the pressure applied to the urinary bladder wall, but voiding can be initiated without straining even when the bladder is nearly empty.
A woman urinating in public.
Voiding can also be consciously interrupted once it has begun, through a contraction of the perineal muscles. The external sphincter can be contracted voluntarily, which will prevent urine from passing down the urethra.
Experience of urination
The need to urinate is experienced as an uncomfortable, full feeling. It is highly correlated with the fullness of the bladder.[17] In many males the feeling of the need to urinate can be sensed at the base of the penis as well as the bladder, even though the neural activity associated with a full bladder comes from the bladder itself, and can be felt there as well. In females the need to urinate is felt in the lower abdomen region when the bladder is full. When the bladder becomes too full, the sphincter muscles will involuntarily relax, allowing urine to pass from the bladder. Release of urine is experienced as a lessening of the discomfort.
See also: Category:Urological conditions
Painting showing the physician Constantine the African accepting urine samples for diagnosis
Clinical conditions
Many clinical conditions can cause disturbances to normal urination, including:
Urinary incontinence, the inability to hold urine
Stress incontinence, incontinence as a result of external mechanical disturbances
Urge incontinence, incontinence that occurs as a result of the uncontrollable urge to urinate
Mixed incontinence, a combination of the two types of incontinence
Urinary retention, the inability to initiate urination
Overactive bladder, a strong urge to urinate, usually accompanied by detrusor overactivity
Interstitial cystitis, a condition characterized by urinary frequency, urgency, and pain
Prostatitis, an inflammation of the prostate gland that can cause urinary frequency, urgency, and pain
Benign prostatic hyperplasia, an enlargement of the prostate that can cause urinary frequency, urgency, retention, and the dribbling of urine
Urinary tract infection, which can cause urinary frequency and dysuria
Polyuria, abnormally large production of urine, associated with, in particular, diabetes mellitus (types 1 and 2), and diabetes insipidus
Oliguria, low urine output, usually due to a problem with the upper urinary tract
Anuria refers to absent or almost absent urine output.
Micturition syncope, a vasovagal response which may cause fainting.
Paruresis, the inability to urinate in the presence of others, such as in a public toilet.
Bladder sphincter dyssynergia, a discoordination between the bladder and external urethral sphincter as a result of brain or spinal cord injury
A drug that increases urination is called a diuretic, whereas antidiuretics decrease the production of urine by the kidneys.
Experimentally induced disorders
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There are three major types of bladder dysfunction due to neural lesions: (1) the type due to interruption of the afferent nerves from the bladder; (2) the type due to interruption of both afferent and efferent nerves; and (3) the type due to interruption of facilitatory and inhibitory pathways descending from the brain. In all three types the bladder contracts, but the contractions are generally not sufficient to empty the viscus completely, and residual urine is left in the bladder. Paruresis, also known as shy bladder syndrome, is an example of a bladder interruption from the brain that often causes total interruption until the person has left a public area. These people (males) may have difficulty urinating in the presence of others and will consequently avoid using urinals without dividers or those directly adjacent to another person. Alternatively, they may opt for the privacy of a stall or simply avoid public toilets altogether.
Deafferentation
When the sacral dorsal roots are cut in experimental animals or interrupted by diseases of the dorsal roots such as tabes dorsalis in humans, all reflex contractions of the bladder are abolished. The bladder becomes distended, thin-walled, and hypotonic, but there are some contractions because of the intrinsic response of the smooth muscle to stretch.
Denervation
When the afferent and efferent nerves are both destroyed, as they may be by tumors of the cauda equina or filum terminale, the bladder is flaccid and distended for a while. Gradually, however, the muscle of the "decentralized bladder" becomes active, with many contraction waves that expel dribbles of urine out of the urethra. The bladder becomes shrunken and the bladder wall hypertrophied. The reason for the difference between the small, hypertrophic bladder seen in this condition and the distended, hypotonic bladder seen when only the afferent nerves are interrupted is not known. The hyperactive state in the former condition suggests the development of denervation hypersensitization even though the neurons interrupted are preganglionic rather than postganglionic.
During spinal shock, the bladder is flaccid and unresponsive. It becomes overfilled, and urine dribbles through the sphincters (overflow incontinence). After spinal shock has passed, a spinally mediated voiding reflex ensues, although there is no voluntary control and no inhibition or facilitation from higher centers. Some paraplegic patients train themselves to initiate voiding by pinching or stroking their thighs, provoking a mild mass reflex. In some instances, the voiding reflex becomes hyperactive. Bladder capacity is reduced and the wall becomes hypertrophied. This type of bladder is sometimes called the spastic neurogenic bladder. The reflex hyperactivity is made worse, and may be caused, by infection in the bladder wall.
Location of external urethral orifice in adult human male
Wikimedia Commons has media related to Human male urination.
Wikimedia Commons has media related to Human female urination.
Due to the positions where the urethra exits the body, males and females often use different techniques for urination.
Male urination
See also: Human penis § Urination
Most males prefer to urinate standing while others prefer to urinate sitting or squatting. Elderly males with prostate gland enlargement may benefit from sitting down while in healthy males, no difference is found in the ability to urinate.[18][19] For practising Muslim men, the genital modesty of squatting is also associated with proper cleanliness requirements or awrah.[20]
Female urination
Location of the bladder and urethra in adult human female (sagittal section)
In human females, the urethra opens straight into the vulva. Hence, urination can take place while sitting or squatting for defecation. It is also possible for females to urinate while standing, and while clothed.[21] It is common for women in various regions of Africa to use this method when they urinate,[22][23] as do women in Laos.[24] Herodotus described a similar custom in ancient Egypt.[25] An alternative method for women to urinate standing is to use a tool known as a female urination device to assist.[26]
Further information: Open-crotch pants
A common technique used in many developing nations involves holding the child by the backs of the thighs, above the ground, facing outward, in order to urinate.[citation needed]
Fetal urination
Ultrasound scan of male fetal micturition at 19 weeks of pregnancy
The fetus urinates hourly and produces most of the amniotic fluid in the second and third trimester of pregnancy. The amniotic fluid is then recycled by fetal swallowing.[27]
Urination after injury
Occasionally, if a male's penis is damaged or removed, or a female's genitals/urinary tract is damaged, other urination techniques must be used. Most often in such cases, doctors will reposition the urethra to a location where urination can still be accomplished, usually in a position that would promote urination only while seated/squatting, though a permanent urinary catheter may be used in rare cases.[citation needed]
Alternative urination tools
See also: Female urination device
Sometimes urination is done in a container such as a bottle, urinal, bedpan, or chamber pot (also known as a gazunder). A container or wearable urine collection device may be used so that the urine can be examined for medical reasons or for a drug test, for a bedridden patient, when no toilet is available, or there is no other possibility to dispose of the urine immediately.
An alternative solution (for traveling, stakeouts, etc.) is a special disposable bag containing absorbent material that solidifies the urine within seconds, making it convenient and safe to store and dispose of later.[citation needed]
It is possible for both sexes to urinate into bottles in case of emergencies. The technique can help children to urinate discreetly inside cars and in other places without being seen by others.[28] A female urination device can assist women in girls in urinating while standing or into a bottle.[29]
Social and cultural aspects
Woodcut of a puer mingens, from the Hypnerotomachia Poliphili, 1499
A puer mingens[30] is a figure in a work of art depicted as a prepubescent boy in the act of urinating, either actual or simulated. The puer mingens could represent anything from whimsy and boyish innocence to erotic symbols of virility and masculine bravado.[31]
Main article: Toilet training
Babies have little socialized control over urination within traditions or families that do not practice elimination communication and instead use diapers. Toilet training is the process of learning to restrict urination to socially approved times and situations. Consequently, young children sometimes develop nocturnal enuresis.[32][full citation needed]
Public toilet outside the Philadelphia City Hall
It is socially more accepted and more environmentally hygienic for those who are able, especially when indoors and in outdoor urban or suburban areas, to urinate in a toilet. Public toilets may have urinals, usually for males, although female urinals exist, designed to be used in various ways.[21]
Urination without facilities
Further information: Urinal, Urine deflector, and Public toilet
Indecency, 1799 by Isaac Cruikshank
Woman Urinating, etching, Rembrandt van Rijn, 1631
Acceptability of outdoor urination in a public place other than at a public urinal varies with the situation and with customs. Potential disadvantages include a dislike of the smell of urine, and some exposure of genitals.[citation needed] The latter can be unpleasant for the one who exposes them (modesty, lack of privacy) and/or those who can see them;[citation needed] it can be avoided or mitigated by going to a quiet place and/or facing a tree or wall if urinating standing up, or while squatting, hiding the back behind walls, bushes, or a tree.[citation needed]
Portable toilets (port-a-potties) are frequently placed in outdoor situations where no immediate facility is available. These need to be serviced (cleaned out) on a regular basis. Urination in a heavily wooded area is generally harmless, actually saves water, and may be condoned for males (and less commonly, females) in certain situations as long as common sense is used. Examples (depending on circumstances) include activities such as camping, hiking, delivery driving, cross country running, rural fishing, amateur baseball, golf, etc.
The more developed and crowded a place is, the more public urination tends to be objectionable. In the countryside, it is more acceptable than in a street in a town, where it may be a common transgression. Often this is done after the consumption of alcoholic beverages, which causes production of additional urine as well as a reduction of inhibitions. One proposed way to inhibit public urination due to drunkenness is the Urilift, which is disguised as a normal manhole by day but raises out of the ground at night to provide a public restroom for bar-goers.
In many places, public urination is punishable by fines, though attitudes vary widely by country. In general, females are less likely to urinate in public than males. Women and girls, unlike men and boys, are restricted in where they can urinate conveniently and discreetly.[33]
The 5th-century BC historian Herodotus, writing on the culture of the ancient Persians and highlighting the differences with those of the Greeks, noted that to urinate in the presence of others was prohibited among Persians.[34][35]
There was[when?] a popular belief in the UK, that it was legal for a man to urinate in public so long as it occurred on the rear wheel of his vehicle and he had his right hand on the vehicle, but this is not true.[36] Public urination still remains more accepted by males in the UK, although British cultural tradition itself seems to find such practices objectionable.[37]
A woman using a male urinal in a standing position.
In Islamic toilet etiquette, it is haram to urinate while facing the Qibla, or to turn one's back to it when urinating or relieving bowels, but modesty requirements for females make it impossible for girls to relieve themselves without facilities.[38][39] When toilets are unavailable, females can relieve themselves in Laos, Russia and Mongolia in emergency,[40] but it remains less accepted for females in India even when circumstances make this a highly desirable option.[41]
Women generally need to urinate more frequently than men, but as opposed to the common misconception, it is not due to having smaller bladders.[42] Resisting the urge to urinate because of lack of facilities can promote urinary tract infections which can lead to more serious infections and, in rare situations, can cause renal damage in women.[43][44] Female urination devices are available to help women to urinate discreetly, as well to help them urinate while standing.
Standing versus sitting or squatting
A man uses a urinal while urinating in a standing position.
In Western culture, the standing position is regarded by some as more comfortable and more masculine than the sitting or squatting option.[citation needed] However, in public restrooms without urinals and sometimes at home, men may be urged to use the sitting position as to diminish spattering of urine.[19] A systematic review meta-analysis of the effect of voiding position on the quality of urination found that in elderly males with benign prostate hyperplasia, the sitting position was superior compared with the standing.[45][46] Healthy males were not influenced by voiding position.
A literature review found cultural differences in socially accepted voiding positions around the world and found differences in preferred position: in the Middle-East and Asia, the squatting position was more prevalent, while in the Western world the standing and sitting positions were more common.[47]
Body position taken by a woman for urination into many female urinals: floating half squat or "skier position".
Females usually sit or squat for urination, depending on what type of toilet they use: A squat toilet is used for urination in a squatting position. If there is no toilet available then a squatting or a half squat position is common. A partial squatting position (or "hovering") is taken up during urination by some women to avoid sitting on a potentially contaminated toilet seat or when using a female urinal. However, this may leave urine behind in the bladder.[48] It can also result in urine landing on the toilet seat.
An Ancient Greek Attic Red-figure Kylix depicting a Hetaera urinating into a skyphos.Berlin antiquities collection, Altes Museum. circa 480BCE
Talking about urination
In many societies and in many social classes, even mentioning the need to urinate is seen as a social transgression, despite it being a universal need. Even today, many adults avoid stating that they need to urinate.[49][50]
Many expressions exist, some euphemistic and some vulgar. For example, centuries ago the standard English word (both noun and verb, for the product and the activity) was "piss", but subsequently "pee", formerly associated with children, has become more common in general public speech. Since elimination of bodily wastes is, of necessity, a subject talked about with toddlers during toilet training, other expressions considered suitable for use by and with children exist, and some continue to be used by adults, e.g. "weeing", "doing/having a wee-wee", "to tinkle", "go potty".[citation needed]
Other expressions include "squirting" and "taking a leak", and, predominantly by younger persons for outdoor female urination, "popping a squat", referring to the position many women adopt in such circumstances. National varieties of English show creativity. American English uses "to whiz".[51] Australian English has coined "I am off to take a Chinese singing lesson", derived from the tinkling sound of urination against the China porcelain of a toilet bowl.[52] British English uses "going to see my aunt", "going to see a man about a dog", "to piddle", "to splash (one's) boots", as well as "to have a slash", which originates from the Scottish term for a large splash of liquid.[53] One of the most common, albeit old-fashioned, euphemisms in British English is "to spend a penny", a reference to coin-operated pay toilets, which used (pre-decimalisation) to charge that sum.[54]
Use in language
Further information: Wiktionary:Appendix:English toilet slang § Urination
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A person urinating in a landscape. Drawing. Albertina museum
References to urination are commonly used in slang. Usage in English includes:
Piss (someone) off (to anger someone; alternatively, to leave somewhere in a hurry)
Piss off! (to express contempt; see above)
Pissing down (to refer to heavy rain)
Pissing contest (an unproductive ego-driven battle)
Pisshead (vulgar way to refer to someone who drinks too much alcohol)
Piss ant (a worthless person; in non-slang usage the term refers to several species of ant whose colonies have a urine-like odor)
Pissing up a flagpole (to partake in a futile activity)
Pissing into the wind (to act in ways that cause self-harm)
Piss away (to squander or use wastefully)
Taking the piss (to take liberties, be unreasonable, or to mock another person)
Full of piss and vinegar (energetic or ambitious late adolescent or young adult male)
Piss up (British expression for drinking to get drunk)
Pissed (drunk in British English or angry in American English)
Urination and sexual activity
Urolagnia, a paraphilia, is an inclination to obtain sexual enjoyment by looking at or thinking of urine or urination.[55] Urine may be consumed, or the person may bathe in it. Drinking urine is known as urophagia, though uraphagia refers to the consumption of urine regardless of whether the context is sexual. Involuntary urination during sexual intercourse is common, but rarely acknowledged. In one survey, 24% of women reported involuntary urination during sexual intercourse; in 66% of patients urination occurred on penetration, while in 33% urine leakage was restricted to orgasm.[56] Female kob may exhibit urolagnia during sex; one female will urinate while the other sticks her nose in the stream.[57][58]
A male Patagonian mara, a type of rodent, will stand on his hind legs and urinate on a female's rump, to which the female may respond by spraying a jet of urine backwards into the face of the male.[59] The male's urination is meant to repel other males from his partner while the female's urination is a rejection of any approaching male when she is not receptive.[59] Both anal digging and urination are more frequent during the breeding season and are more commonly done by males.[60]
A male porcupine urinates on a female porcupine prior to mating, spraying the urine at high velocity.[61][62][63][64][65]
Electric shock injuries and deaths
In 2010 in Washington state a person who had died had received burns injuries on their body that were related to receiving an electric shock.[66] It is thought that an electrical current had traveled through their stream of urine and into their body.[66] It is thought that the person had urinated into a roadside ditch and a live wire that was lying in the ditch gave the person an electric shock.[66]
In 2014 in Spain a person died when they were urinating on a lamp post and they received an electric shock.[67] It was reported that it is thought possible the person received the electric shock when an electric current traveled through the stream of urine and into the person's body.[67]
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See also: Scent marking and Self-anointing in animals § Ungulates
"Urine spraying" redirects here. For spraying of urine as an animal repellent, see Animal repellent.
Wikimedia Commons has media related to Urinating animals.
A horse urinating while in formation with the Queens Guards
Video of a reindeer urinating
While the primary purpose of urination is the same across the animal kingdom, urination often serves a social purpose beyond the expulsion of waste material.[68][69] In dogs and other animals, urination can mark territory or express submissiveness.[70] In small rodents such as rats and mice, it marks familiar paths.
The urine of animals of differing physiology or sex sometimes has different characteristics. For example, the urine of birds and reptiles is whitish, consisting of a pastelike suspension of uric acid crystals, and discharged with the feces of the animal via the cloaca, whereas mammals' urine is a yellowish colour, with mostly urea instead of uric acid, and is discharged via the urethra, separately from the feces. Some animals' (example: carnivores') urine possesses a strong odour, especially when it is used to mark territory or communicate in other ways.[clarify]
Stallions sometimes exhibit the Flehmen response by smelling the urine of a mare in heat.[71] A stallion sometimes scent marks his urination spots to make his position as herd stallion clear.[72] A male horse's penis is protected by a sheath when it is not in use for urination.[73]
Ring-tailed lemurs have also been shown to mark using urine. Behaviorally, there is a difference between regular urination, where the tail is slightly raised and a stream of urine is produced, and marking behavior, where the tail is held up in display and only a few drops are used.[74][75] The urine-marking behavior is typically used by females to mark territory, and has been observed primarily at the edges of the troop's territory and in areas where other troops may frequent.[76] The urine marking behavior is also most frequent during the mating season, and may play a role in reproductive communication between groups.[74] Many loris species also use urine for scent-marking.[77][78] The white-headed capuchin sometimes engages in a practice known as "urine washing", in which the monkey rubs urine on its feet.[79] Urine washing, in which urine is rubbed on the hands and feet, is also used by the Panamanian night monkey.[80] In some cases, strepsirrhines may also anoint themselves with urine.[81]
Hyenas do not raise their legs as canids do when urinating, as urination serves no territorial function for them. Instead, hyenas mark their territories using their anal glands, a trait found also in viverrids and mustelids, but not canids and felids.[82] Unlike other female mammals, female spotted hyenas urinate, copulate, and give birth through an organ called the pseudo-penis.[83][84]
Young cattle can be toilet-trained to urinate in a "latrine" where their urine can be collected for wastewater treatment,[85][86] which could be used to reduce greenhouse gas emissions from the animals' urine in countries such as the Netherlands, the United States, and New Zealand.[87]
Dog-like mammals (Canidae)
Further information: Dog behavior and Calming signals
A maned wolf urinating on a tree to mark his territory
All canids (with the possible exception of dholes[88]) use urine (combined with preputial gland secretions) to mark their territories. Many species of canids, including hoary foxes,[89] cape foxes,[90] and golden jackals,[91] use a raised-leg posture when urinating.[92][93] The scent of their urine is usually strongest in the winter, before the mating season.[93]
Domestic dogs mark their territories by urinating on vertical surfaces (usually at nose level), sometimes marking over the urine of other dogs.[92] When one dog marks over another dog's urine, this is known as "counter-marking" or "overmarking".[94][95] Male dogs urine-mark more frequently than female dogs,[96] typically beginning after the onset of sexual maturity.[97] Male dogs, as well as wolves, sometimes lift a leg and attempt to urinate even when their bladders are empty – this is known as a "raised-leg display",[98][99][100][101] "shadow-urination",[102] or "pseudo-urination".[103] They typically mark their territory due to the presence of new stimuli or social triggers in a dog's environment, as well as out of anxiety.[104] Marking behavior is present in both male and female dogs, and is especially pronounced in male dogs that have not been neutered.[104]
Raised-leg urination is the most significant form of scent marking in wolves, and is most frequent around the breeding season.[105] Wolves urine-mark more frequently when they detect the scent of other wolves, or other canid species.[106] Leg-lifting is more common in male wolves than female wolves, although dominant females also use the raised-leg posture.[107] Other types of urine-marking in wolves are FLU (flexed-leg urination), STU (standing urination), and SQU (squatting urination).[108] Breeding pairs of wolves will sometimes urinate on the same spot: this is known as "double-marking".[103] Double-marking is practiced by both coyotes and wolves.,[109][110][111] and also by foxes.[112]
Coyotes mark their territories by urinating on bushes, trees, or rocks.[113] Male coyotes usually lift their legs when scent-marking.[114] However, females sometimes also raise their legs, and males sometimes squat.[115] Urine marking is also associated with pair bonding in coyotes[clarification needed][116] Coyotes sometimes urinate on their food, possibly to claim ownership over it.[117]
Red foxes use their urine to mark their territories.[118][119][120][121][122] A male fox raises one hind leg and his urine is sprayed forward in front of him, whereas a female fox squats down so that the urine is sprayed in the ground between the hind legs.[123][124] Urine is also used to mark empty cache sites, as reminders not to waste time investigating them.[125][126][127] Red foxes use various postures[clarify] to urinate, depending on where they are leaving a scent mark.[123][128]
As in most other canids, male bush dogs lift their hind legs when urinating. However, female bush dogs use a kind of handstand posture, which is less common in other canids.[129][130] When male bush dogs urinate, they create a spray instead of a stream.[131]
Both male and female maned wolves use their urine to communicate, e.g. mark their hunting paths or places where they have buried hunted prey.[132] The urine has a very distinctive smell, which some people liken to hops or cannabis. The responsible substance is very likely a pyrazine, which occurs in both plants.[133] (At the Rotterdam Zoo, this smell once set the police on a hunt for cannabis smokers.[133][134])
Cats (Felidae)
Within the Felidae, males can urinate backwards by curving the tip of the glans penis backward.[135][136] Urine marking by felids is also known as "spray-urinating"[137] or "spray-marking".[138] To identify their territories, male tigers mark trees by spraying urine[139][140] and anal gland secretions, as well as marking trails with scat. Males show a grimacing face, called the Flehmen response, when identifying a female's reproductive condition by sniffing their urine markings.
Lions use urine to mark their territories. They often scrape the ground while urinating, and the urine often flows in short spurts, instead of flowing continuously. They often urinate on vegetation, or on tree trunks at least one meter high.[141] Male lions spray 1–20 jets of urine at an angle of 20–30 degrees upward, at a range of up to 4 meters behind them.[142]
Male cheetahs mark their territory by urinating on objects that stand out, such as trees, logs, or termite mounds. The whole coalition contributes to the scent. Males will attempt to kill any intruders, and fights result in serious injury or death.[143] When male cheetahs urine-mark their territories, they stand a meter away from a tree or rock surface with the tail raised, pointing the penis either horizontally backward or 60° upward.[144] The odor of cheetah urine (unlike that of other large felids) cannot be easily detected by humans.[138]
Black-footed cats use scent marking throughout their ranges, with males spraying urine up to 12 times an hour.[145]
A cheetah marking a tree with urine
Defecation
Human positions
Post micturition convulsion syndrome
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Look up urination in Wiktionary, the free dictionary.
Wikimedia Commons has media related to Urination.
Neurogenic Bladder at eMedicine, describes the neurophysiology of urination
"Urination" at HowStuffWorks.com
Used to refer to daily self-care activities
Feeding oneself
Voluntary urinary and bowel control
Ambulation
Technology use
Telephone use
Optional-Instrumental
Care (of self, children, the elderly)
Child rearing
Care of residents
Ballcock
Bedpan
Bidet shower
Electronic bidet
Holder/dispenser
Flushometer
Trap (U-bend)
Arborloo
Cathole
Container-based
Dual flush
EToilet
Head (boat)
Hudo (Scouting)
Incinerating
Low-flush
Sanisette (self-cleaning)
Treebog
Urine-diverting dry
Washlet (combined toilet and bidet)
Cultural and
policy aspects
Bathroom privileges
Honeywagon (vehicle)
Islamic toilet etiquette
Istinja
Latrinalia
Privatization of public toilets
Toilet god
Toilet humour
Toilet plume
Toilet-related injuries and deaths
Toilet Revolution in China
Toilet Twinning
Unisex public
Jobs and activities
Manual scavenging
Restroom attendant
Sanitation worker
Slopping out
Urine-related aspects
Female urinal
Female urination device
Interactive urinal
Pissoir
Pollee
Sanistand
Urinal (health care)
Urine collection device
Urine deflector
Urine diversion
Feces-related aspects
Anal hygiene
Defecation postures
Fecal sludge management
Flying toilet
Open defecation
Scatology
Hundertwasser Toilets
Madison Museum of Bathroom Tissue
Modern Toilet Restaurant
National Poo Museum
Shit Museum
Sulabh International Museum of Toilets
Toilet (room)
Toilet History Museum
Toilets in Japan
Historical terms
Aphedron
Chamber pot
Close stool
Dansker
Gong farmer
Groom of the Stool
Night soil
Pail closet
Privy midden
Reredorter
Ecological sanitation
History of water supply and sanitation
Improved sanitation
Reuse of human excreta
Sustainable sanitation
World Toilet Day
Retrieved from "https://en.wikipedia.org/w/index.php?title=Urination&oldid=1132979556#Urination_without_facilities"
Partial squatting position
Articles with dead external links from February 2011
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Wikipedia articles needing clarification from October 2012
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Articles with unsourced statements from June 2015
Articles with incomplete citations from July 2022
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text:
AT&T $30 100 - 75 Mbps DSL 69%
Xfinity $29.99 15 - 987 Mbps Cable 99%
Viasat $50 12 - 25 Mbps Satellite 100%
2 providers - 97.13%
3 providers - 0%
Cable - 99%
DSL - 82%
At 100%, broadband coverage in the 33027 ZIP code is comparable to the rest of Florida - 97%, and comparable to broadband coverage across the U.S. - 95%.
The vast majority of those living in the 33027 ZIP will have access to cable, which covers 99% of households. DSL internet is also an option for many, offering service to 82% of the area. Fiber-optic is less available but still a popular internet option for roughly 53% of those living in the 33027 ZIP code.
There are four internet providers serving the 33027 area, and 97.13% of households will have internet options from more than one provider. Among four internet providers in 33027, prices start at $29.99 and available download speeds reach up to 1,000 Mbps.
The largest internet providers serving the 33027 ZIP code are AT&T and Xfinity bringing DSL, fiber-optic, and cable options to the area.
DSL internet from AT&T is available to most in the 33027 ZIP code, covering 69% of households. Many will also have the option of fiber-optic from AT&T, which covers 52% of the area. Hollywood's third most-available internet provider, Xfinity, offers cable to around 99% of residents in the 33027 ZIP code.
DSL from AT&T offers broadband to most households in the 33027 ZIP code, covering 69% of the area.
Internet prices for AT&T start at $30/mo.*, which is significantly lower than the average starting price for internet in Hollywood, $42.49.
AT&T customers who choose the lowest-priced plan can expect speeds up to 100 Mbps, which comes to an estimated $0.30 per Mbps, about the same as the average cost per Mbps for the lowest priced plans in Hollywood, $0.67.
For those who value internet speed as much as cost, AT&T offers download speeds up to 75 Mbps and upload speeds up to 20 Mbps in 33027 ZIP code. These download speeds are available to 69% of the area, and are much slower than the average max speeds from all Hollywood's providers, 528 Mbps.
Fiber-optic from AT&T offers broadband to about half of households in the 33027 ZIP code, covering 52% of the area.
Internet prices for AT&T start at $40/mo.*, which is about the same as the average starting price for internet in Hollywood, $42.49.
For those who value internet speed as much as cost, AT&T offers download speeds up to 1,000 Mbps and upload speeds up to 1,000 Mbps in 33027 ZIP code. These download speeds are available to 52% of the area, and are much faster than the average max speeds from all Hollywood's providers, 528 Mbps.
Xfinity cable internet
Cable from Xfinity offers broadband to all households in the 33027 ZIP code, covering 99% of the area.
Xfinity's cable network is likely to offer faster speeds than DSL or satellite service, but 33027 residents in densely populated areas may experience slowed speeds during peak usage times.
Internet prices for Xfinity start at $29.99/mo.*, which is significantly lower than the average starting price for internet in Hollywood, $42.49.
Xfinity customers who choose the lowest-priced plan can expect speeds up to 15 Mbps, which comes to an estimated $2.00 per Mbps, higher than the average cost per Mbps for the lowest priced plans in Hollywood, $0.67.
For those who value internet speed as much as cost, Xfinity offers download speeds up to 987 Mbps and upload speeds up to 35 Mbps in 33027 ZIP code. These download speeds are available to 99% of the area, and are much faster than the average max speeds from all Hollywood's providers, 528 Mbps.
Satellite internet from HughesNet and Viasat offers 100% availability in 33027 and the greater Hollywood area. HughesNet starting prices are significantly higher than average in Hollywood at $59.99/mo. for speeds up to 25 Mbps. Viasat starting prices are higher than average in Hollywood at $50/mo. for speeds up to 25 Mbps. Satellite internet is a less appealing option for many in the 33027 ZIP, however, as service typically comes with high latency and low data allowances.
AT&T is the fastest internet provider in the 33027 ZIP code with download speeds up to 1,000 Mbps. These speeds are available to 52% of households in 33027. The next fastest internet provider in the 33027 ZIP code is Xfinity, offering download speeds up to 987 Mbps to 99% of the area.
Xfinity offers the cheapest internet in the 33027 ZIP with service starting at $29.99/mo. This is significantly less than the average starting price for internet in Hollywood, $42.49.
What's a good speed for gaming?
Speeds of 10 Mbps and higher are good for gaming, but what you really want to consider when choosing an internet service for gaming is latency, or ping. Latency is the measure of how long it takes for your device to communicate with the server and is the main contributor to lag. The higher the ping, the more likely you are to experience lagging. Shoot for an internet service with latency below 100 ms.
What are my internet options?
Available providers vary by address, but your location is likely serviceable for cable and DSL internet. Fiber internet may also be an internet option, but this technology is typically found in larger cities. Those living in rural areas not serviceable for cable, DSL or fiber internet may find satellite or fixed wireless internet to be their only options.
What's a good internet speed for my home?
Download speeds of 25 Mbps and above are considered broadband speeds, and can handle most online activities including streaming and gaming. For households with multiple devices using a Wi-Fi connection, speeds of 100 Mbps and higher are likely to offer a better online experience. Learn more about what speeds are best for your home.
Home page Florida Hollywood 33027


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