From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #6799 Reply-To: ammf@fruvous.com Sender: owner-ammf-digest@smoe.org Errors-To: owner-ammf-digest@smoe.org Precedence: bulk alt.music.moxy-fruvous digest Sunday, May 26 2002 Volume 14 : Number 6799 Today's Subjects: ----------------- Strange tribal trick heals Neuropathy FAST ["Neuropathy Healing Trick" Subject: Strange tribal trick heals Neuropathy FAST Strange tribal trick heals Neuropathy FAST http://smartsiren.us/nCaL6wtM3_ytk5wKQEuNpNElNg9UgCmLV2YF6Ct_lqQ4n9V2 http://smartsiren.us/F_lP7a0w14r6Moc6_1RSIeqhYkAK1o8zkxs_74coB1mvi_R2 ature of the threat. Some birds also use mechanical sounds for auditory communication. The Coenocorypha snipes of New Zealand drive air through their feathers, woodpeckers drum for long-distance communication, and palm cockatoos use tools to drum. Flocking and other associations massive flock of tiny birds seen from distance so that birds appear as specks Red-billed queleas, the most numerous species of bird, form enormous flocksbsometimes tens of thousands strong. While some birds are essentially territorial or live in small family groups, other birds may form large flocks. The principal benefits of flocking are safety in numbers and increased foraging efficiency. Defence against predators is particularly important in closed habitats like forests, where ambush predation is common and multiple eyes can provide a valuable early warning system. This has led to the development of many mixed-species feeding flocks, which are usually composed of small numbers of many species; these flocks provide safety in numbers but increase potential competition for resources. Costs of flocking include bullying of socially subordinate birds by more dominant birds and the reduction of feeding efficiency in certain cases. Birds sometimes also form associations with non-avian species. Plunge-diving seabirds associate with dolphins and tuna, which push shoaling fish towards the surface. Hornbills have a mutualistic relationship with dwarf mongooses, in which they forage together and warn each other of nearby birds of prey and other pred ------------------------------ Date: Sun, 20 Jun 2021 03:59:12 -0400 From: "Traditional Holsters" Subject: Sending you a free t-shirt (itās also a gun holster) Sending you a free t-shirt (itbs also a gun holster) http://bloodpressurez.co/gdIGXV9cXzsG0Mr69LtZTnj5y9TPOLADREI1pZQ4JopyGXyE http://bloodpressurez.co/g5C1xNrdarB196kZ7w4zJw0u3hjfl8CGHhMKKFo-1RzHnoDd nuous aerial feeding is a different way of hawking insects. It requires long wings and skillful flying, as in nightjars, swallows, and swifts. Swifts are the masters of aerial feeding; several species spend virtually their entire lives in the air (some non-mating common swifts have spent as much as 10 months in the air without landing), and have come to rely on insects as their main source of food. Swallows, though visually similar to swifts but being unrelated to them, feed in a similar manner, but less continuously, as they don't glide as much and they stop to perch for a while between bouts of aerial feeding. This has to do with their prey: swifts fly higher in pursuit of smaller, lighter insects that are scattered by rising air currents, while swallows generally chase after medium-sized insects that are lower to the ground, such as flies. When swallows fly higher to go after smaller insects, they adjust their fight style to glide more, like a swift. Birds of the nightjar family employ a variety of moves for catching insects. The common nighthawk of North America flies in swift-like fashion on its long, slender, pointed wings. The common poorwill, on the other hand, flies low and perches low to the ground and will sally up into the air after insects. Opportunistic feeding Many other birds are known to engage in hawking as an opportunistic feeding technique or a supplemental source of nutrition: among these are the cedar waxwing, which mostly eats fruit but is also often observed hawking insects over streams; terns of the genus Chlidonias, such as the black tern, fly in search of insects, sometimes chasing after dragonflies in flight; and even large owls that normally feed on rodents will snatch flying insects when the opportunity aris ------------------------------ Date: Sun, 20 Jun 2021 02:31:10 -0700 (PDT) From: hebasuleiman500 Subject: =?UTF-8?B?2YXYp9is2LPYqtmK2LEg2KfZhNiq2K7Yt9mK2Lcg2KfZhA==?= =?UTF-8?B?2KfYs9iq2LHYp9iq2YrYrNmKINin2YTZhdmH2YbZiSAv?= =?UTF-8?B?ICDYtNmH2KfYr9ipINio2LHZiti32KfZhtmK2Kkg2YU=?= =?UTF-8?B?2YYgVWhyZGEgRWR1Y2F0aW9uICA=?= =?UTF-8?B?2K7ZhNin2YQg2KfZhNmB2KrYsdipINmF2YYgMjcg?= =?UTF-8?B?2YrZiNmG2YrZhyDigJMgMSDZitmI2YTZitmIIDIwMg==?= =?UTF-8?B?MSAg2KzZgNmA2YDZiNin2YQgJiDZiNin2KrYsyA=?= 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INmF2YYg2YXYrNmF2YjYudin2KogR29vZ2xlLgrZhNil2YTYutin2KEg2KfZhNin2LTYqtix2KfZ gyDZgdmKINmH2LDZhyDYp9mE2YXYrNmF2YjYudipINmI2KXZitmC2KfZgSDYqtmE2YLZiiDYsdiz 2KfYptmEINin2YTYpdmE2YPYqtix2YjZhtmK2Kkg2YXZhtmH2KfYjCDYo9ix2LPZhCDYsdiz2KfZ hNipINil2YTZg9iq2LHZiNmG2YrYqSDYpdmE2YkgeWFyYS15b3VzZWYrdW5zdWJzY3JpYmVAZ29v Z2xlZ3JvdXBzLmNvbS4K2YTYudix2LYg2YfYsNmHINin2YTZhdmG2KfZgti02Kkg2LnZhNmJINin 2YTZiNmK2KjYjCDYp9mG2KrZgtmEINil2YTZiSBodHRwczovL2dyb3Vwcy5nb29nbGUuY29tL2Qv bXNnaWQveWFyYS15b3VzZWYvMWNhNzIwMWUtOTc0Yy00ZWNiLWIzY2ItNGNiNTg0NzE2M2IybiU0 MGdvb2dsZWdyb3Vwcy5jb20uCg== ------------------------------ Date: Sun, 20 Jun 2021 07:40:02 +0000 From: "Sexy Asian Girls" Subject: We Can Help You Get Laid Tonight We Can Help You Get Laid Tonight http://diabacore.us/rL5gG4hExtVZYn2Gn_a_LuvfL6vSSEXTeuldyF__Vn9DcS8Q http://diabacore.us/eGDiNTylXQRt2EZsh-NdzCMY0GdlOPgWVmWaQ5T2UC32UFaX ially flight driven by the muscle-powered flapping of wings, is a strenuous physical activity. Although a sally from a perch may look like a single, rapid movement to the human eye, actually the bird must perform several moves: it begins its take-off by pushing with its feet to get into the air, it flaps its wings to generate forward motion (thrust), pursues the prey item, turns in the air, flies back, and, with a final flurry of wings, lands on its perch. When a bird hawks insects, the prey must be substantial enough to pay off in terms of a biological energy budget. In other words, the bird must take in more energy in food than it is using up in the pursuit of food. Therefore, flycatchers tend to prefer insect prey of moderate size, such as flies, over smaller insects like gnats. For birds that live in a forest habitat or other setting where short bursts of flight are used in sallies or for getting from tree branch to tree branch, their short, rounded wings are suitable for the rapid flapping required to maneuver in tight spaces. Birds in more open settings that sally after larger insects like bees, such as kingbirds and bee-eaters, benefit from longer, more pointed wings, which are more efficient because they generate more lift and less drag. Swallows and swifts, which glide about in totally open spaces, have even longer wings. Another function of long, pointed wings is to enable these birds to turn quickly and smoothly in mid-glide. The wingtips create little vortices of air, within which the low air pressure creates additional lift on the wingtips. Furthermore, long, forked tails provide additional lift, stability, and steering ability, which is important for flying at slower speeds (swifts, though capable of flying very fast, actually must fly relatively slowly to intercept airborne insects). In fact, swifts have bodies so well adapted for flying that they are unable to perch on branches or land on the ground, and so they nest and roost on precipices such as rocky cliffs, behind waterfalls (as the black swift of North America and the great dusky swift of South America are known to do) or in chimneys, as in the case of the chimney swift. A restless flycatcher watches for insects Bill size and shape is also important. Compared to the bills of birds specialized for glea ------------------------------ Date: Sun, 20 Jun 2021 05:57:58 -0400 From: "Sleep Relax" Subject: Did you know that 164 million Americans struggle with sleep at least once a week? Did you know that 164 million Americans struggle with sleep at least once a week? http://shedplan.buzz/BA2FeXJTgFgPPSSRCIR-KZaZyPbHdaJe-QvHSiD0JTzWCAMc http://shedplan.buzz/7YzvzFTUuDJERdHxddyY_Bf2_KkuqI8A8Rx5uGbxaYqX1q0h ve one of the most complex respiratory systems of all animal groups. Upon inhalation, 75% of the fresh air bypasses the lungs and flows directly into a posterior air sac which extends from the lungs and connects with air spaces in the bones and fills them with air. The other 25% of the air goes directly into the lungs. When the bird exhales, the used air flows out of the lungs and the stored fresh air from the posterior air sac is simultaneously forced into the lungs. Thus, a bird's lungs receive a constant supply of fresh air during both inhalation and exhalation. Sound production is achieved using the syrinx, a muscular chamber incorporating multiple tympanic membranes which diverges from the lower end of the trachea; the trachea being elongated in some species, increasing the volume of vocalisations and the perception of the bird's size. In birds, the main arteries taking blood away from the heart originate from the right aortic arch (or pharyngeal arch), unlike in the mammals where the left aortic arch forms this part of the aorta. The postcava receives blood from the limbs via the renal portal system. Unlike in mammals, the circulating red blood cells in birds retain their nucleus. Heart type and features Didactic model of an avian heart. The avian circulatory system is driven by a four-chambered, myogenic heart contained in a fibrous pericardial sac. This pericardial sac is filled with a serous fluid for lubrication. The heart itself is divided into a right and left half, each with an atrium and ventricle. The atrium and ventricles of each side are separated by atrioventricular valves which prevent back flow from one chamber to the next during contraction. Being myogenic, the heart's pace is maintained by pacemaker cells found in the sinoatrial node, located on the right atrium. The sinoatrial node uses calcium to cause a depolarising signal transduction pathway from the atrium through right and left atrioventricular bundle which communicates contraction to the ventricles. The avian heart also consists of muscular arches that are made up of thick bundles of muscular layers. Much like a mammalian heart, the avian heart is composed of endocardial, myocardial and epicardial layers. The atrium walls tend to be thinner than the ventricle walls, due to the intense ventricular contraction used to pump oxygen ------------------------------ End of alt.music.moxy-fruvous digest V14 #6799 **********************************************