The Syntax of Givenness Ivona Kucerová

The Syntax of Givenness Ivona Kucerová The Syntax of Givenness Ivona Kucerová

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‘I will send all (the) money to lonely children.’ (55) Future tense: a. VP level: the given object moves over V: VP money VP give VP children t money b. v-auxiliary is merged and the object cannot G-move further: vP Aux VP money VP give VP children t money c. T is merged and probes for the closest element: TP T vP Aux VP money VP give VP children t money d. the auxiliary moves to T: 32

TP Aux TP T vP t Aux VP money VP give VP children t money Notice that the sentences we have considered in this section crucially differ from the sentences that originally motivated introducing G-movement into the system. The difference is that if head movement is blocked, α G may be asymmetrically c-commanded by new material. Recall the definition of G-movement from (11), repeated below as (56). Even though we can identify what element must be given, we cannot establish a perfect partition between given and new as we were able to do in the previous cases. (56) G-Movement [version 1] G-movement must take place a. iff α G is asymmetrically c-commanded by a non-G element, b. unless the movement is independently blocked. The definition of G-movement given in (11)/(56) takes care of these cases with the clause unless the movement is independently blocked. Thus, the pattern that arises can be described as do as much as you can. But does this mean that anything goes? I will address this question in the next section. I will show that if α G is required to G-move, α G must move at least once. In chapter 4, I will address the question why it is sometimes okay to move a given element only locally even if there is a higher new element, while in other cases, non-local movement is required. The distinction will follow from the way we will interpret givenness. For now, let’s stay with the soft constraint formulation which requires a given element to move across as many new elements as syntactically possible. In this section, we have seen that tying G-movement to head movement makes correct predictions since G-movement is able to move only as far as the relevant head can move. If movement of the head is independently blocked (for example, by the head being selected by another head), G-movement can only be very local. 33

TP<br />

Aux<br />

TP<br />

T<br />

vP<br />

t Aux<br />

VP<br />

money<br />

VP<br />

give<br />

VP<br />

children<br />

t money<br />

Notice that the sentences we have considered in this section crucially differ from the sentences<br />

that originally motivated introducing G-movement into the system. <strong>The</strong> difference<br />

is that if head movement is blocked, α G may be asymmetrically c-commanded by new<br />

material. Recall the definition <strong>of</strong> G-movement from (11), repeated below as (56). Even<br />

though we can identify what element must be given, we cannot establish a perfect partition<br />

between given and new as we were able to do in the previous cases.<br />

(56) G-Movement [version 1]<br />

G-movement must take place<br />

a. iff α G is asymmetrically c-commanded by a non-G element,<br />

b. unless the movement is independently blocked.<br />

<strong>The</strong> definition <strong>of</strong> G-movement given in (11)/(56) takes care <strong>of</strong> these cases with the clause<br />

unless the movement is independently blocked. Thus, the pattern that arises can be described<br />

as do as much as you can. But does this mean that anything goes? I will address<br />

this question in the next section. I will show that if α G is required to G-move, α G must<br />

move at least once.<br />

In chapter 4, I will address the question why it is sometimes okay to move a given element<br />

only locally even if there is a higher new element, while in other cases, non-local<br />

movement is required. <strong>The</strong> distinction will follow from the way we will interpret givenness.<br />

For now, let’s stay with the s<strong>of</strong>t constraint formulation which requires a given element<br />

to move across as many new elements as syntactically possible.<br />

In this section, we have seen that tying G-movement to head movement makes correct<br />

predictions since G-movement is able to move only as far as the relevant head can move. If<br />

movement <strong>of</strong> the head is independently blocked (for example, by the head being selected<br />

by another head), G-movement can only be very local.<br />

33

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