The ages of tropical rain forest trees provide critical information for understanding the dynamics of tree populations, to determine historical patterns of disturbance, developing sustainable forestry practices, and calculating carbon recycling rates.
A. to determine historical patterns of disturbance, developing sustainable forestry practices, and calculating
B. to determine historical patterns of disturbance, develop sustainable forestry practices, and to calculate
C. determining historical patterns of disturbance, developing sustainable forestry practices, and calculating
D. determining historical patterns of disturbance, developing sustainable forestry practices, and to calculate
E. determining historical patterns of disturbance, for developing sustainable forestry practices, and for calculating
C
5-Day Free Trial
5-day free, full-access trial TTP
Available with Beat the GMAT members only code
MORE DETAILS
OG: The ages of tropical rain forest trees provide critical information for understanding the dynamics
This topic has expert replies
-
AbeNeedsAnswers
- Master | Next Rank: 500 Posts
- Posts: 394
- Joined: Sun Jul 02, 2017 10:59 am
- Thanked: 1 times
- Followed by:5 members
Timer
00:00
Your Answer
A
B
C
D
E
Global Stats
Timer
00:00
Your Answer
A
B
C
D
E
Global Stats
VERB-ing modifier here provides info about how aspect of the previous action. Hence C is correct since it maintains parallelism
The ages of tropical rain forest trees provide critical information for understanding the dynamics of tree populations, to determine historical patterns of disturbance, developing sustainable forestry practices, and calculating carbon recycling rates.
A. to determine historical patterns of disturbance, developing sustainable forestry practices, and calculating
B. to determine historical patterns of disturbance, develop sustainable forestry practices, and to calculate
C. determining historical patterns of disturbance, developing sustainable forestry practices, and calculating
D. determining historical patterns of disturbance, developing sustainable forestry practices, and to calculate
E. determining historical patterns of disturbance, for developing sustainable forestry practices, and for calculating
The ages of tropical rain forest trees provide critical information for understanding the dynamics of tree populations, to determine historical patterns of disturbance, developing sustainable forestry practices, and calculating carbon recycling rates.
A. to determine historical patterns of disturbance, developing sustainable forestry practices, and calculating
B. to determine historical patterns of disturbance, develop sustainable forestry practices, and to calculate
C. determining historical patterns of disturbance, developing sustainable forestry practices, and calculating
D. determining historical patterns of disturbance, developing sustainable forestry practices, and to calculate
E. determining historical patterns of disturbance, for developing sustainable forestry practices, and for calculating
