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Date: Tue, 24 Aug 2021 01:08:17 -0700
From: "Sam's Club Shopper Gift Card Chance" <SamsClubShopperGiftCardChance@greensmore.us>
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Subject:  ***SPAM***  Congratulations! You can get a $250 Sam's Club gift card!

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ticing polyandry mating results in an increase in offspring viability.[5] In a meta analysis, including 10 different orders of insects, polyandry increased the production of eggs by females specifically in Lepidopterans and Orthopterans.[6] Indirect benefits of mating for females can be gained through sperm competition to attain "good genes", cryptic female choice, increased genetic quality, and genetic diversity.[7] Females spiders (Pisaura mirabilis) store more sperm from gift-giving males suggesting that sperm storage is under female control through cryptic sperm choice.[8] The increase in sperm storage from the gift giving males might allow females to produce "sexy sons" that also give gifts and increase the fitness of offspring. Sperm storage and fertilization success increased with copulation duration, suggesting an advantage in sperm competition.[8] Many reptile species also demonstrate polyandry, especially among members of the tortoise family (Testudinidae). Through polyandry and long-term sperm storage, recent studies have found evidence for the ability of female tortoises to produce clutches of eggs that demonstrate multiple paternity.[9][10] Predictably, these hatchlings showed an increase in genetic variability compared to those sired by a single male.[10] Potential for multiple paternity within a clutch is primarily a result of sperm storage across reproductive cycles, since studies have confirmed the presence of multiple males' sperm in the female tortoise reproductive tract simultaneously.[10] As a result of clutches with greater variation in paternal genes and increased sperm competition, females can maximize both the genetic quality and number of offspring.[11] Multiple paternities within a single clutch is therefore considered an effective strategy to increase the reproductive success and fitness of female tortoises.[9] The queen bee is usually the only female bee within a hive reproducing with drones, which often come from various hives. She mothers most or all offspring within a given hive. Acorn woodpeckers provide substantial information on breeding systems because they practice monogamy, polyandry, and polygyny. In polyandry the presence of more male breeders in acorn woodpeckers has shown that females reproduce the optimal clutch size and that with paternity sharing between males it is behaviorally more stable increasing male and female fitness.[12] As opposed to polygyny, whuse it is polyandry that can maximize the fitness of males and females when obtaining optimal clutch size. In polyandrous mating, optimal clutch size is obtained because there is only one female and it becomes more stable when all members remain together.[12] Multiple mating is also seen in wattled jacanas where females have a group of males close by for mating. Copulations are easily seen in jacanas, facilitating the observation of females copulating continuously with various males.[13] The continuous copulations and the close proximity to mates have allowed the females to fly in within minutes leading to the expected sperm mixing[13] and allowing the most viable sperm to fertilize most of the clutch or to increase genetic diversity for benefits in disease resistance.[14] Snow and Andrade (2005) concluded that the redback spider (Latrodectus hasselti) increases their ability to manipulate the paternity of their offspring by using the spermathecae to store multiple sperms. Additionally, a study on leaf-cutting ants (Acromyrmex echinatior) supported the hypothesis that sperm mixing indeed occurs in polyandrous social insects. It was further found that the eggs in the queen ants showed to be completely mixed and used randomly during egg laying.[14] According to Gordon G. Gallup, as a form of adapting to multiple maere it has been observed that polygynous females that lay a large number of eggs exceeding the optimal clutch size reduces the fitness of the group.[12] Polygynous trios compared to polyandrous trios showed that havin

http://www.greensmore.us/4445-101-2110-55381022/jaisone/rindex12.html

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