Apparent raising in Tongan and its implications for multiple case valuation

Apparent raising (AR) constructions in Tongan resemble raising constructions in that the thematic subject of the embedded clause seems to occur in the matrix subject position. Unlike regular raising, however, Tongan AR shows characteristics of A-bar movement such as long-distance dependency, sensitivity to islands, and syntactic ergativity. This chapter argues that Tongan AR involves three operations: (a) topic movement of a DP to the embedded [Spec, C], (b) cancelation of the previous valuation of the case feature on the DP in [Spec, C], and (c) subsequent case valuation under Agree with the matrix v. The proposed analysis calls for a parametric adjustment to the activity condition to allow for multiple case valuation: in languages like Tongan, a DP located at the edge of a phase not only remains active, but the valuation of its case feature gets undone upon completion of the CP phase.

0798 “Uncovering My Feet Alleviates My Restless Legs”: Impact of Different Activities and Conditions on Restless Legs Symptoms

Introduction The restless legs syndrome (RLS) is a resting wake state disorder with inactivity/decreased movement as an aggravating factor and activity/increased movement as an alleviating factor. Other activities and conditions may impact RLS symptoms but have not been systematically studied. Methods Fifty-six patients with primary severe RLS (age: 64.1±11.3; 66% women) responded about the effect of 20 activities/conditions on their RLS symptoms. Responses were assigned a numerical value: Aggravation (-1), No effect/Don’t know (0), Alleviation (+1), with calculating a mean effect score for each activity/condition and using a sign test to determine if that score was significantly above or below zero (no effect). Responses were further analyzed based on age, age at RLS onset, duration of RLS, RLS severity, gender, Familial/Non-familial RLS, and Painful/Non-Painful RLS. Association of continuous variables and categorical variables with each activity/condition was examined using Spearman correlation test and Fisher exact test, respectively. Bonferroni p threshold was set at p=0.00036. Results Activities/conditions with significant (p<0.0001) positive mean effect scores were: Feet uncovering (0.70); Leg massaging (0.63); Cold showers (0.54); and Manual activities (0.46). Activities with significant negative mean effect scores were: Vehicle passenger (-0.80); Show attendance (-0.70); Bedsheets weight on legs (-0.57); Watching TV (-0.54); High ambient temperature (-0.45); During meals (-0.39) (all p<0.0001); and Bedsheets rubbing on legs (-0.34; p=0.0002). Activities/conditions with no significant (all p>0.00036) mean effect scores were: Driving (0.00); Gambling (0.02); Professional activities (0.13); Hot showers (0.13); Using computer (0.14); Low ambient temperature (0.21); Sexual activities (0.27); Mental activities (0.29); and Sports activities (0.34). There was no significant association between each activity/condition and age, age at RLS onset, duration of RLS, RLS severity, gender, Familial/Non-familial RLS, or Painful/Non-Painful RLS. Conclusion There is a wide range of impact of different activities/conditions on RLS symptoms. These could be further considered in the non-pharmacological treatment or prevention of RLS symptoms. Support This study was not funded.

The Activity Condition as a Microparameter

Using data from agreement in three Algonquian languages (Ojibwe, Cheyenne, and Plains Cree), this squib shows that effects typically attributed to Chomsky’s ( 2000 , 2001 ) Activity Condition (AC) can vary not only across languages, as in Baker’s (2008b) macroparametric proposal, but within a language as well. AC effects are thus another instance in which an apparent macroparameter turns out, on closer inspection, to be a microparameter instead, as in prominent cases such as the pro-drop parameter and the polysynthesis parameter ( Kayne 2005 , Baker 2008a ).

Atmospheric loss from the dayside open polar region and its dependence on geomagnetic activity: implications for atmospheric escape on evolutionary timescales

We have investigated the total O+ escape rate from the dayside open polar region and its dependence on geomagnetic activity, specifically Kp. Two different escape routes of magnetospheric plasma into the solar wind, the plasma mantle, and the high-latitude dayside magnetosheath have been investigated separately. The flux of O+ in the plasma mantle is sufficiently fast to subsequently escape further down the magnetotail passing the neutral point, and it is nearly 3 times larger than that in the dayside magnetosheath. The contribution from the plasma mantle route is estimated as ∼ 3. 9 × 1024exp(0. 45 Kp) [s−1] with a 1 to 2 order of magnitude range for a given geomagnetic activity condition. The extrapolation of this result, including escape via the dayside magnetosheath, indicates an average O+ escape of 3 × 1026 s−1 for the most extreme geomagnetic storms. Assuming that the range is mainly caused by the solar EUV level, which was also larger in the past, the average O+ escape could have reached 1027–28 s−1 a few billion years ago. Integration over time suggests a total oxygen escape from ancient times until the present roughly equal to the atmospheric oxygen content today.

Intense Physical Exercise Reduces Overt Attentional Capture

The abrupt onset of a visual stimulus typically results in overt attentional capture, which can be quantified by saccadic eye movements. Here, we tested whether attentional capture following onset of task-irrelevant visual stimuli (new object) is reduced after a bout of intense physical exercise. A group of participants performed a visual search task in two different activity conditions: rest, without any prior effort, and effort, immediately after an acute bout of intense exercise. The results showed that participants exhibited (1) slower reaction time of the first saccade toward the target when a new object was simultaneously presented in the visual field, but only in the rest activity condition, and (2) more saccades to the new object in the rest activity condition than in the effort activity condition. We suggest that immediately after an acute bout of effort, participants improved their ability to inhibit irrelevant (distracting) stimuli.

Effects of Vigorous Intensity Physical Activity on Mathematics Test Performance

The effect of an acute bout of physical activity on academic performance in school-based settings is under researched. The purpose of this study was to examine associations between a single, vigorous (70–85%) bout of physical activity completed during physical education on standardized mathematics test performance among 72, eighth grade students at a school in the Southwestern United States. Students received both a physical activity and nonactive condition, in a repeated measures design. Academic performance measures were collected at 30 and 45-minutes post condition. It was hypothesized that students would have greater gains in mathematics test scores post physical activity condition compared with post nonactive condition. Results reported students achieved 11–22% higher math scores at 30 minutes post physical activity condition compared with other time points (45 minutes post PA, 30 and 45 minutes post sedentary) (F(1, 68) = 14.42, p < .001, d = .90). Findings suggest that physical activity may facilitate academic performance in math.