[49409] in linux-announce channel archive
Ozempic Results, MyStart Prices-Save 80%!
daemon@ATHENA.MIT.EDU (Dr. Ritu Chopra)
Sat Jul 19 10:47:48 2025
Date: Sat, 19 Jul 2025 09:47:40 -0500
From: "Dr. Ritu Chopra" <MyStartWeightLoss@tupperware.ru.com>
Reply-To: "Weight Doc" <MyStart@tupperware.ru.com>
To: <linuxch-announce.discuss@charon.mit.edu>
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Ozempic Results, MyStart Prices-Save 80%!
http://tupperware.ru.com/_4ufhGUDTup-nSMm0renhZt_5z519g4zFuLf0PKrNemAGkQeBA
http://tupperware.ru.com/5jkhtdvI0CjuOMv5-JX00HbRinHp2qPa6oTWOp74jnTQJfkjLw
uctures adapted for biotic pollination. Pollinators of Passiflora include bumblebees, carpenter bees (e.g., Xylocopa sonorina), wasps, bats, and hummingbirds (especially hermits such as Phaethornis); some others are additionally capable of self-pollination. Passiflora often exhibit high levels of pollinator specificity, which has led to frequent coevolution across the genus. The sword-billed hummingbird (Ensifera ensifera) is a notable example: it, with its immensely elongated bill, is the sole pollinator of 37 species of high Andean Passiflora in the supersection Tacsonia.
The leaves are used for feeding by the larvae of a number of species of Lepidoptera. Famously, they are exclusively targeted by many butterfly species of the tribe Heliconiini. The many defensive adaptations visible on Passiflora include diverse leaf shapes (which help disguise their identity), colored nubs (which mimic butterfly eggs and can deter Heliconians from ovipositing on a seemingly crowded leaf), extrafloral nectaries, trichomes, variegation, and chemical defenses. These, combined with adaptations on the part of the butterflies, were important in the foundation of coevolutionary theory.
Recent studies have shown that passiflora both grow faster and protect themselves better in high-nitrogen soils. In low-nitrogen environments, passiflora focus on growth rather than defense and are more vulnerable to herbivores.
The following lepidoptera larvae are known to feed on Pass
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<div style="color:#FFFFFF;font-size:8px;">uctures adapted for biotic pollination. Pollinators of Passiflora include bumblebees, carpenter bees (e.g., Xylocopa sonorina), wasps, bats, and hummingbirds (especially hermits such as Phaethornis); some others are additionally capable of self-pollination. Passiflora often exhibit high levels of pollinator specificity, which has led to frequent coevolution across the genus. The sword-billed hummingbird (Ensifera ensifera) is a notable example: it, with its immensely elongated bill, is the sole pollinator of 37 species of high Andean Passiflora in the supersection Tacsonia. The leaves are used for feeding by the larvae of a number of species of Lepidoptera. Famously, they are exclusively targeted by many butterfly species of the tribe Heliconiini. The many defensive adaptations visible on Passiflora include diverse leaf shapes (which help disguise their identity), colored nubs (which mimic butterfly eggs and can deter Heliconians from ovipositing on a seemingly crowded leaf), extrafloral nectaries, trichomes, variegation, and chemical defenses. These, combined with adaptations on the part of the butterflies, were important in the foundation of coevolutionary theory. Recent studies have shown that passiflora both grow faster and protect themselves better in high-nitrogen soils. In low-nitrogen environments, passiflora focus on growth rather than defense and are more vulnerable to herbivores. The following lepidoptera larvae are known to feed on Pass</div>
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