FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1568546611> ?p ?o ?g. }

• W1568546611 endingPage "488" @default.
• W1568546611 startingPage "411" @default.
• W1568546611 abstract "Eutrophication resulting from high nutrient loading has been the paramount environmental problem for lakes world-wide for the past four decades. Efforts are being made in many parts of the world to reduce external nutrient loading via improved wastewater treatment or diversion of nutrient-rich inflows. However, even after a reduction of the external phosphorus loading, the effects obtained may be unsatisfactory. This may reflect an insufficient reduction in the external nutrient loading to effectively limit phytoplankton growth. However, the lack of success may also be due to chemical or biological within-lake inertia preventing or delaying improvements. To overcome the resilience and thereby reinforce recovery, a number of physico-chemical and biological restoration methods have been developed. In this chapter, we describe recent developments of biological restoration methods related to eutrophication, their short-term and long-term effects, and discuss the possibility of using combined physico-chemical and biological methods to improve the long-term stability of restoration and to reduce restoration costs. As comprehensive reviews of the effect of fish manipulation in cold temperate lakes are numerous, for these waterbodies, we highlight recent results, including effects on biodiversity and metabolism, and present new approaches of biomanipulation. Our particular focus is, however, directed at biomanipulation in warm lakes and on combined treatments which are far less well described in the literature." @default.
• W1568546611 created "2016-06-24" @default.
• W1568546611 creator A5011296530 @default.
• W1568546611 creator A5011802463 @default.
• W1568546611 creator A5017748163 @default.
• W1568546611 creator A5018689512 @default.
• W1568546611 creator A5021095074 @default.
• W1568546611 creator A5035527997 @default.
• W1568546611 creator A5041052068 @default.
• W1568546611 creator A5044138805 @default.
• W1568546611 creator A5048310507 @default.
• W1568546611 creator A5048889926 @default.
• W1568546611 creator A5051172519 @default.
• W1568546611 creator A5053882238 @default.
• W1568546611 creator A5060734366 @default.
• W1568546611 creator A5068689133 @default.
• W1568546611 creator A5071559703 @default.
• W1568546611 creator A5072112138 @default.
• W1568546611 creator A5076622946 @default.
• W1568546611 creator A5078680419 @default.
• W1568546611 creator A5089637579 @default.
• W1568546611 date "2012-01-01" @default.
• W1568546611 modified "2023-10-12" @default.
• W1568546611 title "Biomanipulation as a Restoration Tool to Combat Eutrophication" @default.
• W1568546611 cites W116075599 @default.
• W1568546611 cites W11925225 @default.
• W1568546611 cites W135088208 @default.
• W1568546611 cites W1571592192 @default.
• W1568546611 cites W1572467835 @default.
• W1568546611 cites W1593768409 @default.
• W1568546611 cites W1602744013 @default.
• W1568546611 cites W1608870364 @default.
• W1568546611 cites W1680689898 @default.
• W1568546611 cites W172483206 @default.
• W1568546611 cites W1878204140 @default.
• W1568546611 cites W1886514006 @default.
• W1568546611 cites W194349671 @default.
• W1568546611 cites W1953241222 @default.
• W1568546611 cites W1959774170 @default.
• W1568546611 cites W1967582315 @default.
• W1568546611 cites W1968664706 @default.
• W1568546611 cites W1971443637 @default.
• W1568546611 cites W1973314888 @default.
• W1568546611 cites W1974048003 @default.
• W1568546611 cites W1974276903 @default.
• W1568546611 cites W1974863947 @default.
• W1568546611 cites W1975816373 @default.
• W1568546611 cites W1977022854 @default.
• W1568546611 cites W1977357523 @default.
• W1568546611 cites W1978629201 @default.
• W1568546611 cites W1985092989 @default.
• W1568546611 cites W1985140339 @default.
• W1568546611 cites W1987062858 @default.
• W1568546611 cites W1989066407 @default.
• W1568546611 cites W1989563242 @default.
• W1568546611 cites W1990055125 @default.
• W1568546611 cites W1993841730 @default.
• W1568546611 cites W1995271411 @default.
• W1568546611 cites W1995516898 @default.
• W1568546611 cites W1996805765 @default.
• W1568546611 cites W1999197565 @default.
• W1568546611 cites W1999225292 @default.
• W1568546611 cites W2000801225 @default.
• W1568546611 cites W2003004462 @default.
• W1568546611 cites W2003334424 @default.
• W1568546611 cites W2005505727 @default.
• W1568546611 cites W2005744686 @default.
• W1568546611 cites W2006084585 @default.
• W1568546611 cites W2006106873 @default.
• W1568546611 cites W2006454444 @default.
• W1568546611 cites W2010716874 @default.
• W1568546611 cites W2011351820 @default.
• W1568546611 cites W2014181236 @default.
• W1568546611 cites W2014496497 @default.
• W1568546611 cites W2015712805 @default.
• W1568546611 cites W2016272162 @default.
• W1568546611 cites W2016743751 @default.
• W1568546611 cites W2017272407 @default.
• W1568546611 cites W2017731737 @default.
• W1568546611 cites W2018010873 @default.
• W1568546611 cites W2019536267 @default.
• W1568546611 cites W2020805008 @default.
• W1568546611 cites W2022344715 @default.
• W1568546611 cites W2023849410 @default.
• W1568546611 cites W2024537658 @default.
• W1568546611 cites W2025956314 @default.
• W1568546611 cites W2026513643 @default.
• W1568546611 cites W2026787650 @default.
• W1568546611 cites W2026859267 @default.
• W1568546611 cites W2027008954 @default.
• W1568546611 cites W2027674776 @default.
• W1568546611 cites W2028435430 @default.
• W1568546611 cites W2030082888 @default.
• W1568546611 cites W2030855145 @default.
• W1568546611 cites W2031881865 @default.
• W1568546611 cites W2032261018 @default.
• W1568546611 cites W2032433904 @default.
• W1568546611 cites W2032643365 @default.

• next