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Gobies

Found among the sculpins and other intertidal residents are members of the family Gobiidae. Worldwide this is the largest [Pg.88]

Conversely, coloring that mimics fish s habitats helps predators get close to their prey. The ability to avoid detection is a significant advantage for such hunters as scorpion fish that wait quietly until prey comes within striking distance. A hunter is able to [Pg.88]

A few species of fish, such as the spotfin butterfly fish and the high hat fish, show disruptive or deflective colorization that [Pg.88]

Colorization can also be used as an advertisement. There is no point in being poisonous and unpalatable if no one knows it. Instead of hiding, poisonous fish announce their dangerous status. Fish may also advertise their age or sex with coloring. Males are generally more colorful than females, whose duller shades help camouflage and pro- [Pg.89]


G. Passi, M. Kritsky - Sonotron. Y. Shoe/- Gobi Shoe/Ltd. Israel. [Pg.773]

Byrne AR, Camara-Rica C, Cornelis R, de Gobi JJM, Iyengar GV, Kirkbright G, Knapp G, Parr RM, and Stoeppler M (1987) Results of a co-ordinated programme to improve the certification of IAEA milk powder A-ii and animal muscle H-4 for eleven difficulf trace elements. Fresenius Z Anal Chem 326 723-729. [Pg.102]

Most deserts and (semi-) arid regions occur between 10° and 35° latitude (e g. Sahara desert, Kalahari desert), in the interior parts of continents (e g. Australia, Gobi desert) and in rain shadow areas in fold belts (e.g. Peru, Nepal). Large parts of the arctic tundra receive less than 250 mm precipitation per annum and qualify as arid regions too (FAO, 2001). [Pg.8]

Arid and semi-arid lands are quite widespread in Asia, where deserts make up some 11% of this continent (Table 1.1) in Central Asia, north and east of the Caspian to Aral Sea area. In the Turkestan desert, large dunes form huge sand seas (Nettleton and Peterson, 1983). West and North of China, the Takla-Makan and Gobi deserts dominate the landscapes. More to the south, the Great Indian Desert extends up to the Himalayan foothills. More to the west are the hyperarid areas of the Dasht-i-Lat and Dasht-i-Kavri deserts in Iran and Syrian deserts. Immense areas in the north-central part of the Arabian Peninsula and in the Rub al Khali deserts in its southeastern part are hyperarid or arid. [Pg.18]

K.V. Gobi and F. Mizutani, Efficient mediatorless superoxide sensors using cytochrome c-modified electrodes. Surface nano-organization for selectivity and controlled peroxidase activity. J. Electroanal. Chem. 484, 172-181 (2000). [Pg.204]

K.V. Gobi, Y. Sato, and F. Mizutani, Mediatorless superoxide dismutase sensors using cytochrome c-modified electrodes xanthine oxidase incorporated polyion complex membrane for enhanced activity and in-vivo analysis. Electroanalysis 13, 397-403 (2001). [Pg.601]

Lizard goby, Rhinogobius flumineus, Nagarawa River, Japan, whole fish, total chlordanes ... [Pg.847]

Loganathan, B.G., S. Tanabe, M. Goto, and R. Tatsukawa. 1989. Temporal trends of organochlorine residues in lizard goby Rhinogobius flumineus from the River Nagaragawa, Japan. Environ. Pollut. 62 237-251. Ludke, J.L. 1976. Organochlorine pesticide residues associated with mortality additivity of chlordane and endrin. Bull. Environ. Contam. Toxicol. 16 253-259. [Pg.881]

Miyazaki, T., K. Akiyama, S. Kaneko, S. Horii, and T. Yamagishi. 1980. Identification of chlordanes and related compounds in goby-fish from Tokyo Bay. Bull. Environ. Contam. Toxicol. 24 1-8. [Pg.882]

The vast area of Arid and Semi-Arid ecosystems of Central and East Asia is subject to wind erosion. The major natural sources of dust emission are Gobi desert (Xinjiang... [Pg.170]

We can see that due to joint effects of aridity and soil texture, the dust emission rates increase from east to west by as much as 5 orders. The maximum emission rate is 1.5 ton/ha/yr. The total dust emission amount of the Gobi desert is estimated as 25 x 106 tons per year and that in spring is 15 x 106 tons per year. The seasonal dust emission amounts in summer, autumn and winter are 1.4 x 106, 5.7 x 106 and 2.9 x 106 tons, correspondingly. [Pg.171]

Figure 5. Coefficients of bio geochemical uptake of trace metals by cenospecific plant species of Gobi Extra-Dry Desert ecosystems, Central Asia. 1—Flaloxylon ammodendron 2—Iljina regeli 3—Ephedra Przewalskii 4—Anabasis brevifolia (Dobrovolsky, 1994). Figure 5. Coefficients of bio geochemical uptake of trace metals by cenospecific plant species of Gobi Extra-Dry Desert ecosystems, Central Asia. 1—Flaloxylon ammodendron 2—Iljina regeli 3—Ephedra Przewalskii 4—Anabasis brevifolia (Dobrovolsky, 1994).
In plain autonomous ecosystems the fluxes of sodium are less 40 g/ha/yr and those of Mg are less than 10 g/ha/yr. For iron these values are close to 1 g/ha/yr, and for all heavy metals, are between 0.01 and 0.04 g/ha/yr. In the geochemically subordinate landscapes (Naloxylon ammodendron and Ephedra przewalskii ecosystems) which receive additional moisture and chemical elements, the biogeochemical exposure fluxes are 360-912 g/ha/yr for Mg and Na, and from 0.44 to 6.65 g/ha/yr for heavy metals. In the periphery of the Gobi desert, Anabasis brevifloria and Graminaceae Dry Desert ecosystems show the overall increase of biogeochemical fluxes. The turnover for some elements (Mg, V, Cr) rises but slightly in comparison to their turnover in Extra-Dry ecosystems, whereas the turnover for other elements (Sr, Zn, Cu) increases several times. [Pg.180]

QA/QC at Oyu Tolgoi Cu-Au Project South Gobi, Mongolia - Ivanhoe Mines Mongolia Inc. Meeting and Exceeding Technical Disclosure Requirements Dale A. Sketchley... [Pg.476]

Even a neutral chemical cue can trigger alarm responses in fish if they had experienced it together with a true alarm signal. A coral-reef dwelling goby, Asterropteryx semipunctatus, learned to associate a novel chemical cue from a... [Pg.193]

Colombo, L., Marconato. A., Belvedere, P. C., and Friso, C. (1980). Endocrinology of teleost reproduction a testicular steroid pheromone in the black gobi, Gobiusjozo L. Bolletino... [Pg.447]

MacGintie, G. E. (1939). The natural history of the blind goby, Typhlogobius californiensis Steindachner. American Midland Naturalist 21,489-505. [Pg.483]

Zielinski, B., Arbuckle, W., Belanger, A., et al. (2003). Evidence for the release of sex pheromones by male round gobies (Neogobius melanstomus). EishPhysiology andBiochem-istrylB, 237-239. [Pg.529]


See other pages where Gobies is mentioned: [Pg.185]    [Pg.185]    [Pg.759]    [Pg.923]    [Pg.1138]    [Pg.83]    [Pg.78]    [Pg.261]    [Pg.291]    [Pg.923]    [Pg.1138]    [Pg.151]    [Pg.15]    [Pg.16]    [Pg.842]    [Pg.1613]    [Pg.171]    [Pg.179]    [Pg.180]    [Pg.911]    [Pg.836]    [Pg.1328]    [Pg.21]    [Pg.172]    [Pg.173]    [Pg.174]   
See also in sourсe #XX -- [ Pg.88 ]




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Black goby

Gobi Desert

Gobies tetrodotoxin

Goby fish

Japanese common goby

Round goby

Sand goby

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