  The transverse momentum distributions of identified hadrons produced in Pb-Pb
collisions at the Large Hadron Collider (LHC) are studied in the low and
intermediate range for $p_T<5$ GeV/c. All four spectra ($\pi, K, p, \Lambda$)
can be well reproduced in the recombination model based on a common thermal
parton distribution of light and strange quarks and on shower partons emitted
in hard and semihard jets. Two essential parameters are adjusted to fit the
data, one being the inverse slope of the thermal distribution and the other
revealing the degree of momentum degradation in the medium. Various
combinations of thermal and shower parton components are calculated, showing
the dominance of minijets. The effect of minijets is to produce harder baryons
than mesons resulting in their ratio to peak at around $p_T \sim 3$ GeV/c.
Substantial portion of the jet energy is found to be lost to the dense medium
before the partons emerge at the surface to undergo hadronization by
recombination.
