can you name any sea here?
South Atlantic Ocean.
Climate of Argentina
 As well, an upper level ridge forms over the South Pacific Ocean along with an upper level trough extending from subtropical latitudes to the South Atlantic Ocean. At the same time, a low pressure system forms over the South Atlantic Ocean which eventually strengthens. The formation a cold front associated with it moves to the northeast owing to the topographic barrier that the Andes forms. The passage of the cold front to the northeast leads to the movement of the high pressure system from the South Pacific Ocean into the southern tip of South America.
where does the warm moist air mass over the andes mountains in argentina come from The north–south orientation of the Andes creates a barrier for humid air masses originating from the Pacific Ocean.  Most of the moisture is dropped on the Chilean side, causing abundant precipitation and cloudiness while on the Argentine side, the air warms adiabatically, causing it to become drier as it descends. how is the overall climate of argentina? It ranges from subtropical in the north to subantarctic in the far south. Argentina has 11 different climate types: Humid Subtropical, moderate oceanic , warm semi-arid to name a few how many seasons does this place have? 4 seasons - winter, spring, summer and autumn. how is the winter like in this place? The northern parts of Argentina are generally warm, the central parts mild, and the southern parts cold with frequent frost and snow. can you tell me some factors that influence the climate here? Geographical factors such as latitude, elevation, and distance from the sea ; Atmospheric Circulation ; El Niño and La Niña
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Climate of Argentina [SEP] Atmospheric Circulation
This movement of air from the north owing to the interaction between the Chaco Low and the South Atlantic high is the strongest in summer when the Chaco Low is at its strongest. These winds bring hot, humid tropical air from the north. Sustained and intense winds from the north are responsible for severe weather events such as heat waves and severe convection. During winter, the Chaco Low weakens as a result of lower insolation. This is partly responsible for the decrease in winter precipitation over much of Argentina (in addition to northward displacement of westerlies) due to a weaker transport of air masses from the tropics.