31 Sentences With "compost heaps" | Random Sentence Generator

It smells, as all great compost heaps tend to do, like digestive biscuits, hay, snapped matches, and just a hint of hot neck.

Adults lay their eggs in manure and compost heaps or among plant roots. The pupae develop inside large, egg-shaped protective clay shells.

Areas of rotting vegetation, such as compost heaps, are preferred locations. The young are about long when they hatch and are immediately independent.

IRSNB, no. 60, pp. 1–167. The larva is aquatic, occurring in shallow, nutrient rich standing water and in cow-dung, silage pits and compost heaps.

Thermomyces lanuginosus is a species of thermophilic fungus that belongs to Thermomyces, a genus of hemicellulose degraders. It is classified as a deuteromycete and no sexual form has ever been observed. It is the dominant fungus of compost heaps, due to its ability to withstand high temperatures and use complex carbon sources for energy. As the temperature of compost heaps rises and the availability of simple carbon sources decreases, it is able to out compete pioneer microflora.

Absidia is a genus of zygote fungi in the family Cunninghamellaceae. Absidia species are ubiquitous in most environments where they are often associated with warm decaying plant matter, such as compost heaps. Some species in the genus can cause phycomycosis.

The habitat is deciduous woodland, on tree leaves, and bark (Linden, pine, alder, poplar), on hedge foliage. Larvae have been found in decomposed elm wood, garden compost heaps, decaying vegetation and leaf litter. The flight period is from June to August.

Inadvisably, trees can be removed, or better, leaves cleared and burned before adult emergence by the end of March.Kehrli, P., & Bacher S. 2004. How to safely compost Cameraria ohridella - infested horse chestnut leaf litter on private compost heaps. Journal of Applied Entomology.

Labia minor, the lesser earwig or small earwig, is a species of earwig. It is widespread globally in temperate climates, preferring warm locations such as compost heaps in parts of its range. It is 4–7 mm long, including the pincer, and chocolate brown in color.

There are different types of composting and digestion methods and technologies. They vary in complexity from simple home compost heaps to large scale industrial digestion of mixed domestic waste. The different methods of biological decomposition are classified as aerobic or anaerobic methods. Some methods use the hybrids of these two methods.

The mammoth wasp is found in Mediterranean type habitats such as oak forests, maquis and garrigue. It can only occur where its prey, the European rhinoceros beetle Oryctes nasicornis, is found too and in Russia it has been noted that it is commonest around human habitation where manure piles, sawmills and compost heaps provide habitat for its prey.

A pair of C. rickenii, growing out of dung Conocybe rickenii grows on extremely rich soil, especially on dung and compost heaps. It can be found in very large numbers in gardens where horse manure has been used to enrich the soil. It can be found in Europe, Australia, and Pacific islands and the United States.

Labia minor feeds on decaying plant material and other detritus. In cooler climates, it is only found in warm places, such as actively decaying compost heaps, and are most often encountered when turning the compost. Unusually for an insect, there is extensive maternal care of the eggs and offspring, with the mother feeding them for a week or two after they hatch.

Slowworms live in any habitat that is warm and protected, such as woodland, grassland, and heathland; they are frequently found in garden compost heaps. They range across most of Europe, and into parts of Asia, but they are restricted to temperate and humid habitats. They hibernate from October to February/March, both communally and solitarily, and sometimes share hibernating sites with other reptiles.

It grows on forest margins, on sunny banks, in meadows, in damp places and beside water. It can also be found growing along roadsides and on steep hillsides, in China. They can be found at an altitude of above sea level. In New Hampshire, as a wild flower, it is found on the edges of lawns and fields, beside roadsides and in compost heaps.

Drawing of the grasshopper engraving Cave and camel crickets are of little economic importance except as a nuisance in buildings and homes, especially basements. They are usually "accidental invaders" that wander in from adjacent areas. They may reproduce indoors, seen in dark, moist conditions, such as a basement, shower, or laundry area, as well as organic debris (e.g. compost heaps) to serve as food.

Peziza vesiculosa is a species of apothecial fungus belonging to the family Pezizaceae. This is a common species of Europe, with scattered records in other parts of the world. The pale, cup-shaped ascocarps can grow quite large (up to in diameter) and often form densely packed groups. It is found on nutrient-rich soils, rotting straw and manure and can often be seen on compost heaps.

The methane-fueled combustion engine drove a generator that produced 100 watts of electricity. This charged a battery, providing the light needed. Skepticism has been leveled at Pain's estimates for methane extractionTalk page on the Appropedia project: Jean Pain System and it is not known if anyone has been able to reproduce his results. Pain's compost heaps generated hot water via of pipe buried inside the compost mound.

Gardeners produce carbon dioxide directly by overcultivating soil and destroying soil carbon, by burning garden waste on bonfires, by using power tools which burn fossil fuel or use electricity generated by fossil fuels, and by using peat. Gardeners produce methane by compacting the soil and making it anaerobic, and by allowing their compost heaps to become compacted and anaerobic. Gardeners produce nitrous oxide by applying excess nitrogen fertiliser when plants are not actively growing so that the nitrogen in the fertiliser is converted by soil bacteria to nitrous oxide. Gardeners can help to prevent climate change in many ways, including the use of trees, shrubs, ground cover plants and other perennial plants in their gardens, turning garden waste into soil organic matter instead of burning it, keeping soil and compost heaps aerated, avoiding peat, switching from power tools to hand tools or changing their garden design so that power tools are not needed, and using nitrogen-fixing plants instead of nitrogen fertiliser.

The huge mound nest of the right Burying eggs as a form of incubation reaches its zenith with the Australasian megapodes. Several megapode species construct enormous mound nests made of soil, branches, sticks, twigs and leaves, and lay their eggs within the rotting mass. The heat generated by these mounds, which are in effect giant compost heaps, warms and incubates the eggs. The nest heat results from the respiration of thermophilic fungi and other microorganisms.

Aspergillus fumigatus, is a heterothallic fungus. It is one of the most common Aspergillus species to cause disease in humans with an immunodeficiency. A. fumigatus, is widespread in nature, and is typically found in soil and decaying organic matter, such as compost heaps, where it plays an essential role in carbon and nitrogen recycling. Colonies of the fungus produce from conidiophores thousands of minute grey-green conidia (2–3 μm) that readily become airborne.

Thermophilic fungi are unable to grow under anaerobic conditions and require oxygen to grow. While carbon dioxide is not a nutritional requirement for fungi, T. lanuginosis growth is severely affected by lack of it. This is most likely because carbon dioxide is required for the assimilation of pyruvate carboxylase, needed for development. In compost heaps where the fungus is commonly found, the availability of soluble carbon decreases as temperature increases, and main carbon sources tend to be polysaccharides like cellulose and hemicellulose.

In 2008, A. fumigatus was shown to possess a fully functional sexual reproductive cycle, 145 years after its original description by Fresenius. Although A. fumigatus occurs in areas with widely different climates and environments, it displays low genetic variation and a lack of population genetic differentiation on a global scale. Thus, the capability for sex is maintained, though little genetic variation is produced. The fungus is capable of growth at (normal human body temperature), and can grow at temperatures up to , with conidia surviving at —conditions it regularly encounters in self-heating compost heaps.

Aspergillus fumigatus is a species of fungus in the genus Aspergillus, and is one of the most common Aspergillus species to cause disease in individuals with an immunodeficiency. Aspergillus fumigatus, a saprotroph widespread in nature, is typically found in soil and decaying organic matter, such as compost heaps, where it plays an essential role in carbon and nitrogen recycling. Colonies of the fungus produce from conidiophores; thousands of minute grey-green conidia (2–3 μm) which readily become airborne. For many years, A. fumigatus was thought to only reproduce asexually, as neither mating nor meiosis had ever been observed.

Lifecycle stages of L. Cervus Adults appear during late May to the beginning of August, being most active in the evenings. Females lay their eggs in a piece of decaying wood deep in the soil. Stag beetle larvae, which are blind and shaped like a letter "C", feed on rotting wood in a variety of places, tree stumps, old trees and shrubs, rotting fence posts, compost heaps, and leaf mould. The larvae have a cream- coloured, soft, transparent body with six orange legs, and an orange head which is very distinct from the very sharp brown pincers.

So his seedlings had to be disease- resistant to survive."Roger Mann, personal communication. In the early 1960s Roger Mann was his teenage pupil: "The colour shot of Frank Riethmuller [shown on the right] is as I remember him. He's standing in his back garden, in his 'rose garden' – actually a big single bed that occupied about half the area, and which held most of his collection … At the very back next to the fence he had his nursery beds, compost heaps etc and the shed … It was a splendid sight in mid-winter, when the main rose beds were all pruned and smothered in manure and straw.

Imbalance between our knowledge of C. elegans biology gained by laboratory discoveries versus C. elegans natural ecology C. elegans is a well-established model organism in different research fields, yet its ecology however is only poorly understood. They have a short development cycle only lasting three days with a total life span of about two weeks.C. elegans were previously considered a soil-living nematode, but in the last 10 years it was shown that natural habitats of C. elegans are microbe-rich, such as compost heaps, rotten plant material, and rotten fruits. Most of the studies on C. elegans are based on the N2 strain, which has adapted to laboratory conditions.

The home on the experimental farm's property is a farmhouse which dates to roughly the year 1830. It was altered by J. I. Rodale (1898-1971) in order to improve the quality of life at his residence and further his work during 1940 to 1971. Also added by Rodale were a farm office and greenhouse (circa 1945), turkey/goose coop, tennis court, cabana and pool, pavilion, and clapboard and fieldstone bake house, as well as five garden sites: the cultivated gardens, the stone gardens, the Sir Albert Howard test plots, and the aerobic and anaerobic compost heaps. The farm is important in the history of organic gardening and farming in the 20th century.

A map of the gardens is available on the Kew Gardens website. ;Compost heap Kew has one of the largest compost heaps in Europe, made from green and woody waste from the gardens and the manure from the stables of the Household Cavalry. The compost is mainly used in the gardens, but on occasion has been auctioned as part of a fundraising event for the gardens. The compost heap is in an area of the gardens not accessible to the public, but a viewing platform, made of wood which had been illegally traded but seized by Customs officers in HMRC, has been erected to allow visitors to observe the heap as it goes through its cycle.

The long-nosed bandicoot is omnivorous and nocturnal, foraging for insects, such as beetles and beetle larvae (grubs), plants, including the roots of monocots, and fungi, Invertebrates make up most of the diet year-round, with spiders, caterpillars, leaves and seeds more common food items in summer and cicada larvae, blades of grass, bracts (tiny true leaves) of wattles, and underground items such as roots and fungi eaten more in winter. Long-nosed bandicoots spend much of their time digging, and often leave characteristic conical holes in the ground where they have foraged looking for grubs in the soil. It is often found near compost heaps. The Long-nosed bandicoot is a host of the Acanthocephalan intestinal parasite Australiformis semoni.