175
Hill CF (1969) Lake Ohakuri. Its limnology and aquatic
vegetation. Ph. D. thesis, Auckland University, New
Zealand, 184 pp. 409
Kar D (2007) Fundamentals of limnology and aquaculture biotechnology. Daya Publishing House, New
Delhi, p 609
Koch W (1926) Die Vegetationseinheiten der Linthebene
unter Berücksichtigung der Verhältnisse in der
Nordostschweiz. Jahrb. St Gallischen Naturwiss.
Ges., 61 (for 1925), Teil II:1–146. 243, 411, 487,
491, 492, 498
Koch W (1928) Die höhere Vegetation der subalpinen
Seen und Moorgebiete des Val Piora. Rev Hydrob
4:131–175. 397, 487
Krausch HD (1964) Die Pfl anzengesellschaften der
Stechlingsee-Gebietes. I. Die Gesellschaften der
offenen Wassers. Limnologica 2:145–203. 41, 397,
487, 489, 491–493, 498
Lind CT, Cottam G (1969) The submerged aquatics of
University Bay: a study in eutrophication. Am Midl
Nat 81: 353–369. 11, 466, 468, 469, 472, 473
Maristo L (1941) Die Seetypen Finnlands auf fl oristischer
und vegetation-physiognomischer Grundlage. Suom.
Eläin-ja Kasvitiet. Seuran Vanamon Kasvitiet. Julk
(Ann Bot Soc Zool Bot Vanamo) 15(5):314 pp. 414,
420, 429, 439, 448–452
Mason R (1969) The vegetation of fresh waters. In: Knox
RA (ed) The natural history of Canterbury. A.H. and
A.W. Reed, for the Canterbury branch of the Royal
Society of New Zealand, Wellington/Auckland/
Sydney/Melbourne, pp 452–457. 470, 474
McNaughton SJ (1966) Ecotype function in the Typha
community-type. Ecol Monogr 66:297–325. 215, 413
Misra RD (1938) Edaphic factors in the distribution of
aquatic plants in the English lakes. J Ecol 26:412–451.
427–428, 444
Muller T, Görs S (1960) Pfl anzengesellschaften stehendes
Gewässer in Baden-Württemberg. Beitr Naturk Forsch
Südwestdeut 19:60–100. 493
Oberdorfer E (1957) Süddeutsche Pfl anzengesellschaften.
Pfl anzensociologie 10(xiii):1–564. 487, 488, 491–
495, 498, 502b
Pearsall WH (1917) The aquatic and marsh vegetation of
Esthwaite Water. J Ecol 5:108–202. 37, 38, 63, 423,
442–444, 497, 499, 500
Pearsall WH (1918a) The aquatic and marsh vegetation of
Esthwaite Water. J Ecol 6:53–74. 38, 423, 442–444,
497, 499, 500
Pearsall WH (1918b) On the classifi cation of aquatic plant
communities. J Ecol 6:75–83. 487, 497, 498
Pearsall WH (1920) The aquatic vegetation of the English
Lakes. J Ecol 8:163–199. 37, 38, 62, 141, 243,
397,410, 415, 423–426, 439–442, 497, 499, 500
Pearsall WH (1921) The development of vegetation in the
English Lakes. Considered in relation to the general evolution of glacial lakes and rock basins. Proc R Soc Lond
92B:259–282. 37, 38, 423–426, 429, 439–442, 497
Rickett HW (1922) A quantitative study of the larger
aquatic plants of Lake Mendota. Trans Wis Acad Arts
Sci Lett 20:501–527. 466–468, 471, 473
Rickett HW (1924) A quantitative study of the larger
aquatic plants of Lake Mendota. Trans Wis Acad Arts
Sci Lett 21:381–414. 469, 470b
Sauer F (1937) Die Makrophytenvegetation ostholsteinischer Seen und Teiche. Arch Hydrobiol (6):431–592.
40, 411, 460–464, 487, 489, 491, 492, 523, 524
Spence DHN (1964) The macroscopic vegetation of
freshwater lochs, swamps and associated fens. In:
Brunett JH (ed) The vegetation of Scotland. Oliver and
Boyd, Edinburgh/London, pp 306–345. 215, 397, 418,
451, 485, 486, 487, 497–502
Spence DHN (1967a) Factors controlling the distribution
of freshwater macrophytes with particular reference to
the lochs of Scotland. J Ecol 55:147–170. 148, 149,
151, 376, 385, 411, 444, 497
Spence DHN (1967b) Factors controlling the distribution
of Potamogeton schweinfurthii in Uganda. J Ecol
55:54 p. 221, 223, 479
Thunmark S (1937) Uber die regionale Limnologie von
Sudschweden. Arsb Sverig Geol Unders 31(C. 410):1–
160. 879
Tutin TG (1940) The Percy Sladen trust expedition to lake
Titicaca in 1937 under the leadership of Mr. H. Cary
Gilson, M.A, X. The macrophytic vegetation of the
lake. Trans Linn Soc Lond 3rd ser 1:161–189. 73, 409,
423, 483–485
Van Meel L (1952) Le milieu vegetal. Exploration
Hydrobiologique du Lac Tanganika (1946–1947).
Institute Royal des Sciences Naturelles de Belgique,
Bruxelles, 1:51–68. 479
Van Steenis CGGJ, Ruttner F (1933) Die Pteridophyten
und Phanerogamen den Deutschen Limnologischen
Sunda-Expedition, von Vegetationsskizzen nach
Tagebuch aufgezeichungen von F. Ruttner. Arch
Hydrobiol (11):231–387. 76, 409, 480–482
Whittaker RH (1967). Gradient analysis of vegetation.
Biol Rev 42:207–264. 502
Suggested Readings
Hill CF (1969) Lake Ohakuri. Its limnology and aquatic
vegetation. Ph. D. thesis, Auckland University, New
Zealand, 184 pp. 409
Kar D (2007) Fundamentals of limnology and aquaculture biotechnology. Daya Publishing House, New
Delhi, p 609
Koch W (1926) Die Vegetationseinheiten der Linthebene
unter Berücksichtigung der Verhältnisse in der
Nordostschweiz. Jahrb. St Gallischen Naturwiss.
Ges., 61 (for 1925), Teil II:1–146. 243, 411, 487,
491, 492, 498
Koch W (1928) Die höhere Vegetation der subalpinen
Seen und Moorgebiete des Val Piora. Rev Hydrob
4:131–175. 397, 487
Krausch HD (1964) Die Pfl anzengesellschaften der
Stechlingsee-Gebietes. I. Die Gesellschaften der
offenen Wassers. Limnologica 2:145–203. 41, 397,
487, 489, 491–493, 498
Lind CT, Cottam G (1969) The submerged aquatics of
University Bay: a study in eutrophication. Am Midl
Nat 81: 353–369. 11, 466, 468, 469, 472, 473
Maristo L (1941) Die Seetypen Finnlands auf fl oristischer
und vegetation-physiognomischer Grundlage. Suom.
Eläin-ja Kasvitiet. Seuran Vanamon Kasvitiet. Julk
(Ann Bot Soc Zool Bot Vanamo) 15(5):314 pp. 414,
420, 429, 439, 448–452
Mason R (1969) The vegetation of fresh waters. In: Knox
RA (ed) The natural history of Canterbury. A.H. and
A.W. Reed, for the Canterbury branch of the Royal
Society of New Zealand, Wellington/Auckland/
Sydney/Melbourne, pp 452–457. 470, 474
McNaughton SJ (1966) Ecotype function in the Typha
community-type. Ecol Monogr 66:297–325. 215, 413
Misra RD (1938) Edaphic factors in the distribution of
aquatic plants in the English lakes. J Ecol 26:412–451.
427–428, 444
Muller T, Görs S (1960) Pfl anzengesellschaften stehendes
Gewässer in Baden-Württemberg. Beitr Naturk Forsch
Südwestdeut 19:60–100. 493
Oberdorfer E (1957) Süddeutsche Pfl anzengesellschaften.
Pfl anzensociologie 10(xiii):1–564. 487, 488, 491–
495, 498, 502b
Pearsall WH (1917) The aquatic and marsh vegetation of
Esthwaite Water. J Ecol 5:108–202. 37, 38, 63, 423,
442–444, 497, 499, 500
Pearsall WH (1918a) The aquatic and marsh vegetation of
Esthwaite Water. J Ecol 6:53–74. 38, 423, 442–444,
497, 499, 500
Pearsall WH (1918b) On the classifi cation of aquatic plant
communities. J Ecol 6:75–83. 487, 497, 498
Pearsall WH (1920) The aquatic vegetation of the English
Lakes. J Ecol 8:163–199. 37, 38, 62, 141, 243,
397,410, 415, 423–426, 439–442, 497, 499, 500
Pearsall WH (1921) The development of vegetation in the
English Lakes. Considered in relation to the general evolution of glacial lakes and rock basins. Proc R Soc Lond
92B:259–282. 37, 38, 423–426, 429, 439–442, 497
Rickett HW (1922) A quantitative study of the larger
aquatic plants of Lake Mendota. Trans Wis Acad Arts
Sci Lett 20:501–527. 466–468, 471, 473
Rickett HW (1924) A quantitative study of the larger
aquatic plants of Lake Mendota. Trans Wis Acad Arts
Sci Lett 21:381–414. 469, 470b
Sauer F (1937) Die Makrophytenvegetation ostholsteinischer Seen und Teiche. Arch Hydrobiol (6):431–592.
40, 411, 460–464, 487, 489, 491, 492, 523, 524
Spence DHN (1964) The macroscopic vegetation of
freshwater lochs, swamps and associated fens. In:
Brunett JH (ed) The vegetation of Scotland. Oliver and
Boyd, Edinburgh/London, pp 306–345. 215, 397, 418,
451, 485, 486, 487, 497–502
Spence DHN (1967a) Factors controlling the distribution
of freshwater macrophytes with particular reference to
the lochs of Scotland. J Ecol 55:147–170. 148, 149,
151, 376, 385, 411, 444, 497
Spence DHN (1967b) Factors controlling the distribution
of Potamogeton schweinfurthii in Uganda. J Ecol
55:54 p. 221, 223, 479
Thunmark S (1937) Uber die regionale Limnologie von
Sudschweden. Arsb Sverig Geol Unders 31(C. 410):1–
160. 879
Tutin TG (1940) The Percy Sladen trust expedition to lake
Titicaca in 1937 under the leadership of Mr. H. Cary
Gilson, M.A, X. The macrophytic vegetation of the
lake. Trans Linn Soc Lond 3rd ser 1:161–189. 73, 409,
423, 483–485
Van Meel L (1952) Le milieu vegetal. Exploration
Hydrobiologique du Lac Tanganika (1946–1947).
Institute Royal des Sciences Naturelles de Belgique,
Bruxelles, 1:51–68. 479
Van Steenis CGGJ, Ruttner F (1933) Die Pteridophyten
und Phanerogamen den Deutschen Limnologischen
Sunda-Expedition, von Vegetationsskizzen nach
Tagebuch aufgezeichungen von F. Ruttner. Arch
Hydrobiol (11):231–387. 76, 409, 480–482
Whittaker RH (1967). Gradient analysis of vegetation.
Biol Rev 42:207–264. 502
Suggested Readings