[77591] in Daily_Rumour
Spring into Savings: 40% OFF + 2 FREE Months
daemon@ATHENA.MIT.EDU (Home Warranty Plans)
Sat Mar 22 21:56:34 2025
Date: Sun, 23 Mar 2025 02:56:29 +0100
From: "Home Warranty Plans" <HomeWarrantyPlans@fatburnin24.ru.com>
Reply-To: "Home Warranty Plans" <ServicePlusHomeWarranty@fatburnin24.ru.com>
To: <rumour-mtg@bloom-picayune.mit.edu>
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Spring into Savings: 40% OFF + 2 FREE Months
http://fatburnin24.ru.com/PjUi10GmkSYQYKMqxFduD3rgc4xmQ008RZ44x-kfyMwkjUtr1w
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ently hatched larvae feed on expanding leaf buds, often after having burrowed inside the bud, and later on foliage, for approximately six weeks. In addition to feeding on the tree where they hatched, young larvae will also produce silk strands to 'balloon' (be wind-blown) to other trees. By mid-May the larvae, green in color and about an inch long, descend to the ground. Very little mortality due to disease has been noted in winter moth larvae in North America.
Pupation occurs in the soil in late May. Adults emerge from the soil in mid-late November. The female winter moths are flightless but release a sex pheromone to attract males. After mating, the female lays between 150 and 350 tiny eggs in bark crevices, on branches, in lichen, and under bark scales. With such a long pupal period, the winter moth is vulnerable to numerous pupal predators and parasitoids.
Research conducted in the Netherlands indicated that as climate warming is causing spring temperatures to become warmer sooner, some of the winter moth eggs were hatching before tree leaf buds – first food for the caterpillars – had begun to open. Early hatchlings starved. Late hatchlings survived. Because hatch timing is genetically controlled, the moths are evolving to resynchronize with bud opening by delaying the response to the temperature trigger by 5 to 10 days. The larvae, like the adults, can withstand below freezing temperatures at night. Larval dispersal is the dominant source of density-dependent larval mortality and likely regulates high density population dynamics of winter moth in New England. Larvae pr
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<div style="color:#FFFFFF;font-size:8px;">ently hatched larvae feed on expanding leaf buds, often after having burrowed inside the bud, and later on foliage, for approximately six weeks. In addition to feeding on the tree where they hatched, young larvae will also produce silk strands to 'balloon' (be wind-blown) to other trees. By mid-May the larvae, green in color and about an inch long, descend to the ground. Very little mortality due to disease has been noted in winter moth larvae in North America. Pupation occurs in the soil in late May. Adults emerge from the soil in mid-late November. The female winter moths are flightless but release a sex pheromone to attract males. After mating, the female lays between 150 and 350 tiny eggs in bark crevices, on branches, in lichen, and under bark scales. With such a long pupal period, the winter moth is vulnerable to numerous pupal predators and parasitoids. Research conducted in the Netherlands indicated that as climate warming is causing spring temperatures to become warmer sooner, some of the winter moth eggs were hatching before tree leaf buds – first food for the caterpillars – had begun to open. Early hatchlings starved. Late hatchlings survived. Because hatch timing is genetically controlled, the moths are evolving to resynchronize with bud opening by delaying the response to the temperature trigger by 5 to 10 days. The larvae, like the adults, can withstand below freezing temperatures at night. Larval dispersal is the dominant source of density-dependent larval mortality and likely regulates high density population dynamics of winter moth in New England. Larvae pr</div>
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