Córdoba, Granada, Jerez de la Frontera, Cádiz

Interior of the Mezquita (Great Mosque), Unesco World Heritage Site, Cordoba, Andalucia, Spain

Interior of the Mezquita (Great Mosque), Unesco World Heritage Site, Cordoba, Andalucia, Spain
Christopher ...
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Córdoba, once a Roman town and later the capital of the Caliphate, today shows evidence of its past glories in the Mezquite (mosque) which was adorned with over a thousand marble columns and red and gold decorations. Unfortunately, later Catholic kings ruined the general effect by erecting a grossly overdecorated altar in the very centre, to the glory of God, but to the fury of local citizens. The town has grown steadily in size from a population of 8,000 in the seventeenth century to its present size of 775,870, and there are many factories manufacturing electrical fitments, bronze, aluminium and copper products, cement and chemicals. Industries based on local agriculture include fruit preserving, and the making of paper from straw.

Granada, the last stronghold of the Moors, still contains the Alhambra and other Moorish buildings, and is the centre of an exceptionally rich agricultural area. All varieties of Mediterranean and many tropical crops are grown by means of irrigation from the rivers of Darro and Genil, which meet at this town. There are factories for making sugar, alcohol and sulphuric acid. Flax and hemp are manufactured, tobacco is cured, and there are various handicrafts such as the weaving of thick woollen cloth in traditional designs, wood carving, metal working (including inlaid work) and the making of panniers and shoe soles from esparto grass. This is skilled work and can only be done by hand; if a machine is used the threads break, or tension is so slack that the soles disintegrate after they have been worn a few times. Since nearly all Spaniards in the south wear these sandals there is a steady market for such goods.

Jerez de la Frontera (the corruption of the name by British shippers gave the word 'sherry') is an important centre near the river Guadalete. Wines world-famous for quality, cognac, liqueurs and other drinks are made here, while ancillary industries include the manufacture of glass, bottles, casks, corks and labels; soap is manufactured on a small scale and there is some smelting of iron. The surrounding countryside is noted for the rearing of thoroughbred horses, well known in Spain for their strength and fine bearing.

Cádiz, situated on the tip of a narrow peninsula (the Isla de León) joined to the mainland by the 'bridge' of Zuazo, is an important port. Phoenicians built a town here (remains can still be seen) and gave it its early name -- Gadir. Today it serves as port, naval station, and, to a lesser extent, as a fishing centre. A little to the south lies the industrial centre of San Fernando, which, apart from an astronomical observatory and seismological station, also contains the arsenal of Carraca, an important naval college and large shipyards, where merchant ships, oil tankers and naval vessels are built. Salt, some of which is exported to other parts of the peninsula, is evaporated from the mudflats of the lower Guadalete. Generous aid, both monetary and in goods and raw materials, was given to Spain in return for the use of Spanish territory. In addition, Spain benefits from the oil pipeline constructed to other bases at Morón de la Frontera, Torreja (Madrid) and Zaragoza, since this eases the difficulty of oil transport.

Huelva is built on the Anicoba peninsula between the Tinto and Odiel rivers, and is thus surrounded by extensive marshes from which some salt is evaporated. Evidence of its early importance is seen in the Roman aqueduct. This is the port which deals with the copper and pyrites mined in the Sierra Morena to the north, and there is a specially constructed pier for handling the trucks efficiently. In addition olive oil, fruits, fish and wines are exported, and the main industries include the manufacturing of chemicals, cables and fertilizers, as well as the making of ropes. Five miles away lies the small port of Palos de Moguer, from which Christopher Columbus sailed to America on his voyage of discovery.

Jaén, the capital of the foothills, lies below Mount Jabalcuz near the river Guadalbullón. In Roman times it was the centre of a rich silver-mining region; although lead is still smelted here Jaén is more renowned for the quality of its olive oil. The steppelike character of the surrounding countryside is shown in the abundance of flour mills, and the paucity of wine-making and preserving industries. The great emigration of population from Jaén and district has prompted the authorities to initiate the 'Plan Jaén', a scheme to bring more industry to the town.

Antequera, another town of the foothills, is situated on the banks of the Guadalhorce at the foot of the Sierra de los Torcales. It is a market centre of some importance, and contains textile factories which produce woollen and silk goods. It is an important road centre, and the main railway line from Málaga to Granada passes through the town.

Seville - Andalusia

Seville, originally an Iberian stronghold, is the capital of the whole area, and contains many imposing buildings, such as the Giralda, originally the tower of the mosque completed in 1196 in the reign of Almanzor. For over two thousand years Seville has served as port and market centre for the rich hinterland of the Guadalquivir valley. Although 65 miles from the sea, it still serves as a port, being linked with the Atlantic by the Fernandino canal, while ships of large tonnage can now reach Seville by the Alphonso II canal.

The main exports include wines, cork, olive oil and almonds, while coal, machinery, textiles, raw cotton and chemicals are imported. Seville has always been an important route centre, and it still forms an important focal point of roads, railways and air routes. It is also a centre for industries, some based on local agriculture and producing such goods as spirits, wines, liqueurs, flour and preserves, while others use imported raw materials to a great extent, and provide textiles (especially cotton goods), cement, iron and steel products, ranging from gun barrels to inlaid stilettos for tourist souvenirs, various acids and superphosphates. Buildings of historical interest and architectural beauty, bullfights, the annual trade fair, and the great processions during the Semana Santa, or Holy Week at Easter, ensure a regular and thriving tourist trade, which is served by a good system of cheap and (for the 'deep south') rapid transport by rail and air.

The Guadalquivir Valley - Andalusia

Physically this region consists of a Tertiary basin, once the floor of a sea between the Sierra Morena to the north, and the Betic Cordillera to the south. The Guadalquivir fault to the north forms a complete physical barrier, and is outlined by hills that rise abruptly from the plain below. To the north of the fault there is a sudden change in climate, crops, vegetation, and human response from Mediterranean to arid meseta types. To the south and east, however, Mediterranean features merge gradually from the lower llanuras of the plain to higher areas of semi-steppe, and more rugged country, until the high peaks, tremendous gorges and chasms of the high Sierra Nevada appear. Here in the south there is a zone of transition; in the north there is a line of contrast. The plain itself is not as wide as the green colouring on a map would suggest, and is confined to an area close to the river. Away from this river plain the older Tertiary beds have been dissected to form low-lying hills, minor elevations with gentle slopes, not obvious on a small-scale map, but above a level where water can be used effectively for irrigation. This is an area of gently rolling country to which such names as campiña are given. The seaward part of the valley consists of Las Marismas (the marshes), and a coastal fringe of sand-dunes, the Arenas Gordas, which owe their origin to winds and currents.

The major river of this area is the Guadalquivir, and its most important tributary is the river Genil, which flows for part of its course along a fault-line roughly parallel to the sea. Other smaller tributaries are the Guadajoz and Carbones from the south, and the Guadiato and Huelva to mention but two of the many shorter tributaries from the north. Rivers which enter the sea independently of the mouth of the Guadalquivir include the Guadalete, the Rio Tinto (so called because of the colour of its waters, stained by minerals), which, with the Odiel, enters the Atlantic in a common estuary at Huelva.

The Guadalquivir valley is an 'island' of intense heat and insolation in summer, and, with temperatures regularly reaching the nineties at midday, and on rare occasions exceeding 120° F., it is the hottest area in Spain. Temperatures are very mild in winter, which is when most rain falls. Precipitation remains slight, however; at Cádiz there is an annual total of 18 inches, at Seville 19.5 inches (according to the Oxford Home Atlas, but 23 inches according to Maria de Bolós Capdevila), and 24 inches at Córdoba. The funnelling effect of the highland on winds from the south-west helps to bring in more moisture-bearing clouds than would otherwise be the case. Precipitation on the higher areas is heavier than on the lower plains, reaching 40 inches in some years, and at least a minimum of irrigation water is assured.

Agriculture in this extremely fertile area has been noted for centuries, but it is due less to natural causes than to irrigation schemes. In wide areas where irrigation cannot be practised, extensive heathlands occur, merging into steppes, especially on poor soils. Irrigation water is stored in great reservoirs, for example at Tranco de Beas, at the head of the Guadalquivir, and there are many smaller barrages on the tributaries. In addition, many canals lead directly from the river itself, some of them being of Arab origin, and a few wells are also in use. A paucity in other sources of power has led to the generation of hydro-electricity, though it is insufficient for the demands of the region as a whole, and cannot be supplemented from power stations in the north of Spain. Although there are many small power stations in the mountains, and more are being planned, there is not enough electricity for industrial expansion, or for the comfort of all the inhabitants. With rainfall meagre and unreliable it seems doubtful whether any appreciable amelioration of this situation is possible at present.

An interesting aspect of farming in the agriculturally limited areas of Andalusia is the division of land into large estates or latifundias. In the drier parts of the south there is a great risk of crop failure, more land is needed to feed a family, and nothing grows without irrigation. Only a man with a large amount of land and capital can withstand such natural disadvantages over a long period of time. It cannot be said, however, that these large estates are run either efficiently or for the common good. The alternative seems to be cultivation by smallholders, with the State or other syndicate acting as security against hard times.

Small amounts of varied minerals are extracted in this area. There is manganese at Zalamea la Real, sulphur at Benamaurel, lead at Charches, Huétor and Monachil, copper at Grazalema, iron at Alquife and Hueneja, and a small amount of uranium in the province of Córdoba. Although minerals have not been exploited to the full, there is a greater variety in Andalusia than in any other province of Spain.

The general distribution of population well illustrates the importance of the irrigated lowlands, which absorb the bulk of the population. Town sites are interesting; the large capitals are along the river Guadalquivir, while another line of towns has arisen on the lower slopes of the Sierra Nevada, where incoming sea breezes first drop their moisture. Jaén, Cabra, Lucena and Estepa are examples of such hill towns. There are also several 'oasis' towns in the dry inland areas, the best example being Granada. Along the coast there is a line of important ports, for example, Cádiz and Huelva, both of Phoenician origin.

The rainfall in Italy

The rainfall in Italy takes place for the most part in autumn and winter, so that this country belongs to the region of winter and autumn rains. The Apennines form a noteworthy boundary, for a line drawn from the summit of the Ligurian range through Pisa, Rome, Capua, Salerno, Metaponto, Otranto divides the area of the winter rain from that of the autumnal rain lying north and east of it. In many parts of the country it practically never rains in summer; Rome has only a few days between June and September with appreciable rainfall. In Sicily we may anticipate six rainy days at Palermo, two at Catania, two at Syracuse in the summer on an average. In Malta it never really rains from March to September, but when rain does fall in Italy it takes the form of violent downpours such as are only seen in Germany during thunderstorms, and in these more water falls in a short time than in a week's rain in Germany. In the higher parts of the mountains this downfall naturally takes the form of snow. The ranges of Upper and Middle Italy are usually white with snow from November till April. Gran Sasso keeps the snow far into the summer, and it happens in some years that it is never free from snow. In the Neapolitan range the snow melts in March, but there is often a fresh covering of snow under a spell of cold. Even the Aspromonte in Calabria, the Nebrodes in Sicily, have a wintry appearance after the beginning of April. The highest point of Etna is not quite free from snow till August, which is the best time to ascend the mountain.

The rainfall at Milan is tolerably uniform, with a slight increase in the autumn. The dampness of the region shows itself in the fogs which occur frequently in the autumn, and are nearly as thick as in London. In Florence and Rome there is nearly the same amount of rain in autumn and winter, while the rain in summer is unimportant, the percentage in Rome being somewhat less than in Northern Tuscany, and we may lay down the rule that with the diminution of the winter rainfall from south to north that of autumn and spring increases. The country at the foot of the Alps has more plentiful rain in the early summer (May and June) and in the middle of autumn (October). The rainfall here is very large, everywhere exceeding 40 inches and reaching 5 feet at Lakes Como and Lugano, while it remains below 40 inches in the plain of the Po. The figure for Tolmezzo, is unusually large (95.8 inches), while that for Lecce is very small (21.7), reminding us of the state of things in Sicily. Apulia and Terra d' Otranto do in fact suffer from dryness, the ground in summer being parched and cracked and covered with thick dust, which the wind carries over the plain in vast clouds. The influence of the moist winds of the Tyrrhenian Sea may be recognized in the comparison of the figures for Florence (42.3 inches), Leghorn (34.6), Genoa (49.8), on one side; with Bologna (21.1), Modena (25.2), and Alessandria (26.4) on the other, which brings out the increased condensation on the southern slope of the Apennines.

The high range of mountains in Calabria acts in the same way, and procures for Cosenza (43.3), a rainfall such as is not found elsewhere except at the foot of the Alps. Denza distributes Italy into the following zones in regard to rainfall: The Alpine (68.1 inches), the sub-Alpine (36.6), the West Apennine or Mediterranean (34.1), the East Apennine or Adriatic (31), and the Sicilian (20.1). Other meteorologists dwell on the difference in rainfall on the two sides of the Po, assigning 36 inches to the Transpadane, and 26 to the Cispadane regions.

Italy - Weather and Climate

Many north-west Europeans consider the climate of Italy to be one of its principal assets. There is undoubtedly some justification for this, but simply to consider that it is uniform throughout the country or always a good one for agriculture or a desirable one for tourists is misleading. Before discussing its principal features a number of points should be noted about the situation of the country. In the first place Italy occupies a mid-latitude position. The river Po runs close to 45U+B00N, while south-east Sicily is only 37U+B00N. This means that although Italy is well outside the tropics it is near enough in the summer months to have very hot conditions; not having the sun overhead is offset by longer days. Secondly, the position of the country in a maritime setting should be noted. Though virtually a closed sea, and therefore not influenced by currents from other latitudes, the Mediterranean is large enough to exert a considerable influence on the lands along its shores. Few parts of the Peninsula of Italy are more than 50 miles from the sea and only part of the Alps is more than 100. The presence of the sea is one reason why the annual range of temperature in the Peninsula and Islands is not very great. Thirdly, weather conditions are profoundly affected and greatly complicated in Italy by the presence of mountain areas and by the arrangement of these in relation to the movement of air masses.

Temperature, of course, diminishes with increase of altitude and a map showing sea-level isotherms is misleading. In addition, mountains shut off valleys and basins from maritime influences and in places--the most striking instance being between the Riviera in Liguria and the Po valley to the interior--remarkable climatic contrasts occur over short distances. Indeed the Alps, which are extensive enough and high enough to form a climatic region of their own, are also a major climatic divide between north-west and central Europe on the one hand and northern Italy on the other. The alternation of land and sea and of mountains and plains have contributed to give Italy a great variety of climatic conditions.

For much of the year Italian weather is only a little less changeable than that of north-west Europe. At the same time there is considerable variability from year to year, winters sometimes being much colder than average, sometimes much milder, and rainfall varying greatly in quantity and occurrence from year to year. The typical Mediterranean climate, with a hot summer and little precipitation, and a mild winter with considerable precipitation, does not occur widely in Italy; it is confined to the southern part of the Peninsula and to the Islands.

Italy's weather is caused by the movement of air masses from various directions. From the Atlantic, mainly in winter, comes humid air, bringing widespread cyclonic rain; depressions tend to follow certain courses, altering their general west-east direction to pass south-east along either side of the mountains of the Peninsula. The depressions affect the South and Islands most profoundly in winter; in spring and autumn the North is more affected. Much of the rain comes from this source, but usually it occurs in short, heavy downpours.

During the winter the North comes under the influence of the margin of the continental anticyclone for considerable periods, with cold, dry, air extending from the interior of Eurasia into central Europe. It is this relatively cold air, coming into contact with the relatively warm, low-pressure area of the Mediterranean, that gives strong cold winds, the maestrale (mistral) in the west via the Rhone valley, and the bora at the head of the Adriatic. These are especially strong when depressions are passing. In general the Northern Lowland and the Alps themselves are unaffected by these winds and have long spells of still, cold, dry weather and clear skies. Mists are frequent in the lowland, especially in the vicinity of irrigated areas and the main rivers, and along the lagoon coast.

In the summer relatively stable conditions are established over the cool, high pressure of the Mediterranean Sea and the humid Atlantic air masses rarely penetrate. Winds tend to come from the south-east and south, and the scirocco africano at times makes the summer in Sicily extremely hot. Very little rains falls in the summer in the South and Islands but summer rain increases northwards, and north of Rome is considerable, often coming in the form of short heavy thunderstorms. North of the river Po summer rain actually exceeds winter rain, a feature that by definition excludes a considerable part of Italy from the typical Mediterranean climate.

To these general movements of air and features of rainfall regime must be added many more local features. Mountain and valley winds occur in the Alps, onshore and offshore winds along the coasts. The alignment of mountain ranges and valleys, the presence of lakes, and so on, also produce local climatic effects. It is not surprising that any division of Italy on a climatic basis distinguishes several regions.

In January there is a striking contrast between the Northern Lowland (around 0C, 32F) and much of the South and Islands (generally over 10C, 50F, along the coasts); the difference in winter of 8C, 14F, between the Riviera and the Po valley over a matter of 80 km is remarkable. In contrast, in July the difference between northern and southern Italy is slight (23-26C, 73-79F), though the highest temperatures are still of course in the South and in Sicily. Clearly therefore the annual range is much greater in the Northern Lowland (mostly over 22C, 40F) than in the South (less than 12C, 22F in places). This contrast is the most marked feature brought out in a comparison of the two temperature maps and reveals a very hot summer everywhere except at considerable altitudes, but a much milder winter in most of the Peninsula and Islands than in the North, which is clearly more 'continental' in nature. Other features to note are the somewhat colder conditions (a matter of 1-2C, 2-4F) in winter on the Adriatic side of the Peninsula than on the Tyrrhenian side at the same latitude; the greater range of temperature in the interior of the Peninsula than along its coasts; and the greater range in the North Italian Lowland than in the adjoining mountain areas, a feature not easily discernible on the maps on account of complications of relief.
Turning from averages to extremes, it will be appreciated that although not apparently differing greatly from the north in summer it is the extreme south that has the highest temperatures recorded: nearly 50C, 122F, in Sicily, which of course is about 600 miles from the Sahara Desert. The lowest temperatures not artificially induced by high altitude, naturally, occur in the Northern Lowland, especially in the western part, -18C, OF, having been recorded at Alessandria. Temperatures below 0C, 32F, do however occur in the Peninsula (lowest in Rome -8C, 18F, in San Remo only -4C, 25F) but do not generally last long.

Annual precipitation tends to diminish from North to South. More locally, the Tyrrhenian side of the Peninsula is wetter than the Adriatic side due to its more frequent exposure to depressions from a general westerly direction. On the other hand, in the Alps and Northern Lowland, precipitation is greater in the east near the head of the Adriatic than in the west. Particularly heavy rainfall is recorded along the foot of the Alps and again in Liguria, but here more on the Riviera di Levante, which faces south-west, than on the Riviera di Ponente, facing south-east. In the mountains many valleys receive only a small fraction of the amount of rain falling on adjoining mountain summits: for example the floor of the Valle d'Aosta has only 400 mm (16 inches) while nearby mountain areas have 3,000 mm (about 120 inches). The wettest parts of Italy are found in the Alps and Northern Apennines, where over 2,000 mm (about 80 inches) is common, and in the mountains of the Peninsula, with over 1,000 mm (about 40 inches). The driest places are in Apulia, Sicily and Sardinia, below 400 mm (16 inches) being common; the driest place of all is San Pancrazio Salentino in the tip of the 'heel'--virtually desert--200 mm (8 inches).

In the Alps and Lowlands north of the Po rain falls throughout the year, but more falls in the summer half. In most places here there are in reality autumn and spring maxima. Between the Po and roughly the latitude of Rome, the autumn and spring maxima still occur, but summer rain diminishes and winter rain increases. Only south of Naples and in the Islands is the winter maximum very marked; here the three summer months only have a negligible amount. In reality, autumn is the period in which Italy as a whole receives most rain; this follows a relatively wet summer in the North but a very dry summer in the South.

Such marked differences in occurrence of rainfall in different parts naturally affect river regimes, which are very irregular in most areas, and differ from place to place. Perhaps the most striking feature of Italian rivers is the contrast between those originating in the Alps, which have a considerable, though variable, flow throughout the year, and those originating south of the Po, which, except for the largest, the Tiber, dry up completely or almost completely for anything from a few weeks to a few months. The rivers originating in the high Alps have a maximum flow in the summer, being fed both by the heavy rains and melting ice. Tributaries from the Pre-Alps that join these have maxima in spring and autumn. On the south side of the Po the rivers from the Northern Apennines carry very little water in the summer. The Po, which receives water from all these sources with their different regimes, has a more constant flow than any single set of tributaries. The discrepancy between a winter or early spring maximum and a summer minimum grows southwards, and in some parts of the South and Islands as much as 70-80% of the total comes in the first four months of the year. In the limestone areas drainage is of course different, and underground channels and caverns are widespread in both the limestone Alps and parts of the Apennines.