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High volume document of New Zealand Chile and variation in other parts of the world (Brown et al., 1997 Buschmann et al., 2004 et al., and Graham, 2007).Previous studies have a seasonal cycle in the giant seaweed biomass, and assemble the circuit to control the environment, such as levels of nutrients, stress, temperature and interference of waves. (Clendenning 1971 Hay 1990 Jackson 1977 Reed and foster, 1984 and van Tussenbroek, 1993), however, these studies have been carried out on a local scale generally, and did not check the variation in seasonal cycle space. The population giant seaweed has been influenced by processes acting over a variety of complex space and time scale (Bell et al., in press and Ed woet, 2004). This variation has a significant impact for the wild seaweed. For example, in each year, the California fish and wildlife activity, except เนี. aerial surveys conducted amongst the seaweed in the late summer. /Early autumn so that it is consistent with the maximum period of seaweed roof. While the experience in General, Central California, maximum biomass at this time Southern California often (Figure 5). Further analysis of time-series Landsat algae biomass region (figs. 3a and 4a) indicates that between 1986 and 2009 California experienced the highest fertile biomass every year in the fall for 21 from 24 years old while the Southern California whose.Experience the highest biomass in the fall, only 4 of 24 years this strategic area of variation may lead to bias in the comparison of the regional stocks with the highest standing, seaweed, or in a regional comparison of the main production of annual net seaweed from the single measure that stands (Reed and Arkema Rassweiler 2009)The seasonal cycle, the giant seaweed affecting the ecosystem and important improvements in our understanding of seasonal changes, the giant seaweed may have important network. A giant species, the seaweed and the Foundation in Southern California where the abundance of seaweeds, Octopus spring has been shown to affect the diversity and the life of wild seaweed fiber by summer (boen et al., 2011)-giant seaweed to the formative influence of the net primary production and population changes of forest ecology in seaweeds (Reed et al, 2008).For example, the giant seaweed as food for the Red Sea, Porcupine, one species, the most important economic, living in the wild seaweed in California (Leh tons, 1971), the reproductive organs of female porcupines, the size and quality is controlled in part by the supply of foods that are harvested by fishermen before they spawn. The reproductive cycle of the Porcupine seafood in General, the following year, but like the abundant seaweed, there are a lot of complex space and time variation in spawn (Kato & Schroeter, 1985), so it's possible that spawn cycle of the porcupine is affected by sea seasonal cycle of abundant seaweed.Future climate change is likely to result in many types of phenological changes and the impact these may have been published, especially in marine and coastal ecosystems (ED woet and Richard, 2004). For example, there is evidence that the frequency of the wave is very high in the North East of the Pacific Ocean have increased in the last decades (et al, 2008, Menéndez and Ruggiero et al., 2010) this type of change undoubtedly will have a significant impact on the coastal ecosystem structure and function. Observing the world's coastal ecosystems, such as forests, giant seaweed on seasonal time scale allows researchers to track the changes. Phenological and improve our understanding of the drivers of these changes.4.2 the variance in seaweed economic medicineThe dynamic environment of the California coast, leading to a change in the way the State giant seaweed roof Physiology throughout the year. An analysis of elements of blades in the seaweed SBC shows that nitrogen organic blades based on a similar format as the Niagara Falls hotel is located in the rotthi River, while the carbon blades remain fairly constant throughout the year. (Brzezinski et al., 2013) this leads to elevated C: there is no in summer and autumn when leaves bulk algae lack of growth tips, cutters, light in color, and is made to decrease the rate of photosynthesis. (Clendenning, 1971) by NO3 concentrations and decreased PAR flux is known positively influencing the concentration of synthetic pigments in the giant seaweed (e.g. Shivji, 1985), nitrogen status, and changes the color of the roof, seaweed and Octopus season might be Frech.Fluctuations in the delivery of nutrients to keep within, so it is important to measure these indicators of the State through the period of physiology related to changes in the local environment. Measurement of Brown pigments, and the status of the few nutrients that your Web site is not enough to explain these patterns on the scales of variation can affect the environment, the population giant seaweed.การประเมิน Chl: C จากเมษายน 2013 ภาพสะท้อน AVIRIS แสดงให้เห็นว่าจำนวนเงินที่สูงของความแปรปรวนเชิงพื้นที่ตั้งแต่ 0.005-0.025 มิลลิกรัม mg- 1 เป็นระยะทางประมาณ 15 กิโลเมตร (รูปที่ 6a.) สังเกตความแปรปรวนเชิงพื้นที่ตอกย้ำความสำคัญของการพัฒนาชุดช่วงเวลาของสภาพทางสรีรวิทยามากกว่าเครื่องชั่งเชิงพื้นที่และเวลาที่เหมาะสม ความแปรปรวนใน Chl: C อย่างมีนัยสำคัญและความสัมพันธ์เชิงบวกกับการเปลี่ยนแปลงในเชิงลึก ความสัมพันธ์นี้อาจบ่งชี้ว่าสภาพร่างกายสำหรับหลังคาสีน้ำตาลพื้นผิว (สูง Chl: ค่า C) อาจได้รับการปรับปรุงให้ดีขึ้นสำหรับบุคคลที่ติดอยู่กับพื้นที่ลึกของแนวปะการัง (รูป 6b.) สาหร่ายทะเลยักษ์สามารถครอบครองสภาพแวดล้อมที่แตกต่างกันของสารอาหารไม่เพียง แต่ในช่วงชั่งน้ำหนักในระดับภูมิภาค แต่ยังเหนือระดับแนวปะการังเป็น thalli กับ holdfasts ลึกอาจจะสามารถเข้าถึงจำนวนเงินที่มากขึ้นของ nitrogen.Parnell et al, (2010) พ
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