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Tut recorded six double-figure scoring performances including two 20+ point games. He averaged 8.8 ppg, 4.4 rpg, 0.6 spg, and 0.6 bpg. Tut started all 20 games that he appeared in last season.30 finishing 9-of-14 from the floor with three 3-pointers. He posted a career-high 23 points at South Dakota on Jan. He made 11 starts and scored double-figures in 11 games last year. Robinson averaged 9.3 ppg, 2.3 rpg, 1.2 apg, and 1.0 spg over 24 games last season.Returning from the lineup is sophomore guard La'Mel Robinson and senior forward Wanjang Tut. The Mavericks return eight letterwinners and two starters from last season's squad.1 South Dakota State in the opening round of action. They earned the eighth seed in the Summit League Tournament last spring and fell to No. Omaha was tabbed eighth in the Summit League Preseason Poll. The Mavericks finished last season 5-20 overall with a 3-11 league finish.Their true home opener will fall on Tuesday, Nov. Omaha will hit the road due to the Olympic Curling trials being held in Baxter Arena for the month of November. The 2021-22 season tips-off at Ralston Arena before the Mavericks open a five-game road trip.Live updates can also be found by following on Twitter or live stat links can be found at. Gary Sharp will have the radio call on 1180 Zone 2. Last spring, Omaha made the Summit League Tournament for the sixth time in program history and fell in the quarterfinals to South Dakota State ending their 2020-21 season. The Mavericks were tabbed eighth in the Summit League Preseason Poll and are coming off a 5-20 season. Hastings College in a home contest hosted at Ralston Arena on Tuesday, Nov. We test the generality of our method by applying it to mouse exploratory behavior.The Omaha men's basketball team debuts this week vs. This construct is not defined in terms of position in objective space, but purely in terms of the rat's own behavior. This provides a justification for a construct of ‘staying in place’. We do so by showing that the spatial spread of such progressions is confined to a small 20–50 cm range in a 6.5 m diameter arena. In one application of this decomposition we show that the ethological ad hoc notion of stopping behavior corresponds to progression without leaving first gear. This enables us to decompose motion into distinct modes. The statistical distribution of the maximal amount of motion occurring within each of these episodes is then analyzed and shown to be multi modal.

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The distinction between these modes is obtained by first segmenting the time series into sequences of data points occurring between arrests (as ascertained within the resolution of the data acquisition system). We analyze the locomotor behavior of the rat during exploration, and show that digitally collected data (time series of positions) provide a sufftcient basis for establishing that the rat uses several distinct modes of motion (first, second, third, and sometimes fourth gear). The results, which demonstrate an induction of defensive behaviours to recorded owl calls, support the results of others who have examined the effects of exposing wild rodents to live owls. In response, voles crouched, and retreated to a small burrow present in the test arena dormice also reduced the distances they travelled in the arena, and spent an increased amount of time around the burrow jerboas crouched and froze during the playback of the owl call but not thereafter spiny mice, however, displayed enigmatic behaviour in apparently ignoring the owl calls. The most prominent of these are their territorial calls which are believed to provide suffcient stimuli to activate anti-predator defence mechanisms in species heavily predated upon by owls.To test this hypothesis, the behaviour of voles (Microtus socialis), dormice (Eliomys melanurus), jerboas (Jaculus jaculus), and spiny mice (Acomys cahirinus) was analysed during and following exposure to playback of tape recorded calls of the tawny owl (Strix aluco). However, nocturnal aerial predators, such as owls, present very few stimuli to enable their detection by potential prey. Effective anti-predator defence mechanisms depend on ef®cient recognition of possible predators.

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