FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2024144463> ?p ?o ?g. }

• W2024144463 endingPage "198" @default.
• W2024144463 startingPage "177" @default.
• W2024144463 abstract "The moment the soil enters into contact with an earthworm, both superficially and internally, physicochemical and biological changes take place. The drilosphere represents the whole soil volume under earthworm influence. Thus it includes the body surfaces, the gut and all the internal features of the worm that are in contact with the ingested soil, as well as the external structures (casts, burrows, middens) created by earthworm activities. The extent of the drilosphere and its particular characteristics depend on the species and ecological categories of the earthworm community present as well as the spatial and temporal scale of interest. Spatially, the drilosphere can interact with other soil functional domains and lead to significant changes in the litter system or detritusphere (generally decreasing litter stocks) and the rhizosphere (affecting both root biomass and density), the two main sources of organic matter (OM) additions to the soil, as well as in the aggregatusphere and the porosphere. Drilosphere effects on microbial activity and OM decomposition can be completely different (and opposite) depending on the spatio-temporal scale of observation. At the level of the gut, microbial activity is dramatically stimulated in a matter of a few hours via a mutualistic digestion system. In this process, water and soluble-C in the form of intestinal mucus (the Kiss) produced by the earthworm (Prince Charming) awakens the dormant microflora (Sleeping Beauties), thereby increasing decomposition of the stable forms of soil OM ingested. During gut passage populations of other organisms (e.g. protozoa, nematodes, fungi) may decline with digestion, although these organisms probably form a minor component of the earthworm’s energy needs. In the casts and on the burrow walls, the abundant nutrient resources for soil microflora continue the priming effect of the gut, increasing over a short time period mineralization rates and plant nutrient bio-availability. However as castings, particularly of the ‘compacting group’, and burrow walls begin to dry and stabilize with age (days to weeks), OM decomposition, nutrient mineralization and microbial activity decrease, often reaching levels lower than uningested soil due to ‘protection’. Finally at the scale of years to decades and soil profile, it appears that the drilosphere can exert an important regulation on OM incorporation and turnover rates, and soil C stocks." @default.
• W2024144463 created "2016-06-24" @default.
• W2024144463 creator A5010730088 @default.
• W2024144463 creator A5060633867 @default.
• W2024144463 creator A5061640430 @default.
• W2024144463 date "2000-07-01" @default.
• W2024144463 modified "2023-10-12" @default.
• W2024144463 title "Regulation of soil organic matter dynamics and microbial activityin the drilosphere and the role of interactionswith other edaphic functional domains" @default.
• W2024144463 cites W1512461316 @default.
• W2024144463 cites W1568864341 @default.
• W2024144463 cites W1585363278 @default.
• W2024144463 cites W1951478582 @default.
• W2024144463 cites W1955606425 @default.
• W2024144463 cites W1963580752 @default.
• W2024144463 cites W1965224272 @default.
• W2024144463 cites W1965403426 @default.
• W2024144463 cites W1976311752 @default.
• W2024144463 cites W1978322892 @default.
• W2024144463 cites W1983050269 @default.
• W2024144463 cites W1986488973 @default.
• W2024144463 cites W1987055727 @default.
• W2024144463 cites W1988378414 @default.
• W2024144463 cites W1989924030 @default.
• W2024144463 cites W1993277677 @default.
• W2024144463 cites W1993475049 @default.
• W2024144463 cites W1998171498 @default.
• W2024144463 cites W2000854232 @default.
• W2024144463 cites W2001407173 @default.
• W2024144463 cites W2004734450 @default.
• W2024144463 cites W2005366803 @default.
• W2024144463 cites W2005977539 @default.
• W2024144463 cites W2007754048 @default.
• W2024144463 cites W2008852968 @default.
• W2024144463 cites W2010954900 @default.
• W2024144463 cites W2011546608 @default.
• W2024144463 cites W2012012075 @default.
• W2024144463 cites W2012477126 @default.
• W2024144463 cites W2018693706 @default.
• W2024144463 cites W2019022752 @default.
• W2024144463 cites W2030350494 @default.
• W2024144463 cites W2030557938 @default.
• W2024144463 cites W2034528685 @default.
• W2024144463 cites W2035480213 @default.
• W2024144463 cites W2037340303 @default.
• W2024144463 cites W2038705099 @default.
• W2024144463 cites W2040887888 @default.
• W2024144463 cites W2041224767 @default.
• W2024144463 cites W2041957424 @default.
• W2024144463 cites W2043324749 @default.
• W2024144463 cites W2047165396 @default.
• W2024144463 cites W2048529007 @default.
• W2024144463 cites W2052400028 @default.
• W2024144463 cites W2054393704 @default.
• W2024144463 cites W2054565228 @default.
• W2024144463 cites W2060827788 @default.
• W2024144463 cites W2061939171 @default.
• W2024144463 cites W2063433456 @default.
• W2024144463 cites W2063525290 @default.
• W2024144463 cites W2064467533 @default.
• W2024144463 cites W2067555792 @default.
• W2024144463 cites W2070218970 @default.
• W2024144463 cites W2070386237 @default.
• W2024144463 cites W2070985631 @default.
• W2024144463 cites W2073096873 @default.
• W2024144463 cites W2073113374 @default.
• W2024144463 cites W2074132360 @default.
• W2024144463 cites W2075124626 @default.
• W2024144463 cites W2077450527 @default.
• W2024144463 cites W2079634819 @default.
• W2024144463 cites W2079928511 @default.
• W2024144463 cites W2080195384 @default.
• W2024144463 cites W2080570678 @default.
• W2024144463 cites W2082396902 @default.
• W2024144463 cites W2102607330 @default.
• W2024144463 cites W2123916199 @default.
• W2024144463 cites W2126471753 @default.
• W2024144463 cites W2140073760 @default.
• W2024144463 cites W2143010810 @default.
• W2024144463 cites W2150463869 @default.
• W2024144463 cites W2152517583 @default.
• W2024144463 cites W2155022098 @default.
• W2024144463 cites W2168513818 @default.
• W2024144463 cites W2168761765 @default.
• W2024144463 cites W2321249085 @default.
• W2024144463 cites W2323781742 @default.
• W2024144463 cites W2474622149 @default.
• W2024144463 cites W4211007315 @default.
• W2024144463 cites W4240275841 @default.
• W2024144463 cites W4241959208 @default.
• W2024144463 cites W4255911191 @default.
• W2024144463 doi "https://doi.org/10.1016/s1164-5563(00)01062-1" @default.
• W2024144463 hasPublicationYear "2000" @default.
• W2024144463 type Work @default.
• W2024144463 sameAs 2024144463 @default.
• W2024144463 citedByCount "550" @default.
• W2024144463 countsByYear W20241444632012 @default.
• W2024144463 countsByYear W20241444632013 @default.
• W2024144463 countsByYear W20241444632014 @default.

• next