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From the spinal mountain range a series of large rivers run in a south-easterly direction to the Gulf of Bothnia. In their upper parts they drain great lakes which have resulted from Rivers of the formation of morainic dams, and in some cases the North. perhaps from the incidence of erratic upheaval of the land. All fie at elevations between 900 and 1300 ft. All are narrow in comparison with their length, which is not infrequently magnified to view when two lakes are connected by a very short stretch of running water with a navigable fall of a few feet, such as those between Hornafvan, Uddjaur and Storafvan on the Skellefte river. The following are the principal rivers from north to south: The Torne, which with its tributary the Muonio, forms the boundary with Finland, has a length of 227 m., and drains lake Torne (Tornetrask), the area of which is 126 sq. m. The Kalix is 208 m. in length. The Lule is formed of two branches, Stora and Lilla (Great and Little) Lule; the length of the main stream is 193 m. The Stora Lule branch drains the Langas and Stora Lule lakes (Langasjaur, Luleträsk), which have a length together exceeding 50 m., a fall between them of some 16 ft. and a total area of only 87 sq. m., as they are very narrow. Below Stora Lule lake the river forms the Harsprång (hare's leap; Njuommelsaska of the Lapps), the largest and one of the finest cataracts in Europe. The sheer fall is about 100 ft., and there is a further fall of 150 ft. in a series of tremendous rapids extending for 1 m. Farther up, at the head of Langasjaur, is the Stora Sjofall (great lake fall; Lapp, Ätna Muorki Kartje), a fall of 130 ft. only less grand than the Harsprång. Both are situated in an almost uninhabited country and are rarely visited. Following the Pite river (191 m.), the Skellefte (205 m.) drains Hornafvan and Storafvan, with a fall of 20 ft., and an area together of 275 sq. m. Hornafvan is a straight and sombre trough, flanked by high hills of unbroken slope, but Storafvan and the intervening Uddjaur are broad, throwing off deep irregular inlets, and picturesquely studded with numerous islets. The Ume (237 m.) receives a tributary, the Vindel, of almost equal length, on the north bank some 20 m. from its mouth, and among several lakes drains Stor Uman (64 sq. m.). The further principal rivers of this region are the Angerman (242 m.), Indal (196 m.), draining the large lakes Kallsjö and Storsjo, Ljusnan (230 m.), Dal and Klar. Of these the two last rise in the southernmost part of the mountain region described, but do not as a whole belong to the region under consideration. The Angerman receives the waters of a wider system of streams and lakes than the rivers north of it, and has thus a drainage area of 12,591 sq. m., which is exceeded only by that of the Torne (16,690 sq. m.), the average of the remaining rivers named being about 7700 sq. m.

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Beyond the Harsprång and the Stora Sjöfall the northern rivers do not generally form great falls, though many of the rapids are grand. The Indal, by changing its course in 1796 near Bispgården on the northern railway, has left bare the remarkable bed of a fall called Doda (dead) Fall, in which many "giant's caldrons are exposed. In the uplands above the chain of lakes called Strömsvattudal, which are within the drainage area on the Angerman, the Halling stream forms the magnificent Hallingså Fall. In the southern mountain valleys of the region there are several beautiful falls, such as the Tännfors, not far from Areskutan, the Storbo, Handöl and Rista.

Eastward from the main mountain range the highland region is divided into two belts: a middle belt of morainic deposits and marshes, and a coastal belt. The middle belt is gently undulating; viewed from rare eminences the landscape over the boundless forests resembles a dark green sea, through which the great rivers flow straight between steep, flat-topped banks, with long quiet reaches broken by occasional rapids. The few lakes they form in this belt are rather mere widenings in their courses; but the tributary streams drain numerous small lakes and peat-mosses. In the extreme north this belt is almost flat, a few low hills standing isolated and conspicuous; and the rivers have serpentine courses, while steep banks are absent. The middle belt merges into the coastal belt, covered by geologically recent marine deposits, reaching an extreme height of 700 to 800 ft., and extending inland some 60 to 80 m. in the north and 40 m. in the south. Small fertile plains are characteristic, and the rivers have cut deep into the soft deposits of sand and clay, leaving lofty and picturesque bluffs (nipor). The orographical division of the central lowlands bears comparison in formation with the coastal belt of marine deposits to the north. Here are flat fertile plains of clay, well Central wooded, with innumerable lakes, including the four Lowlands. great lakes, Vener, Vetter, Mälar and Hjelmar. These, except the last, far exceed in area any of the northern lakes, and even Hjelmar (185 sq. m.) is only exceeded by Hornafvan-Storafvan. The areas of the other three lakes are respectively 2149, 733 and 449 sq. m. Vener, Vetter and Hjelmar are broad and open; Mälar is very irregular in form, and of great length. Mälar, Vener and Hjelmar contain many islands; in Vetter there are comparatively few. None of the lakes is of very great depth, the deepest sounding Occurring in Vetter, 390 ft. In Hjelmar, which measures 38 m. from east to west, and is 12 m. in extreme width, the greatest depth is only 59 ft., but as its flat shores were formerly subject to inundation its level was sunk 6 ft. by deepening the navigable channel through it and clearing out various waterways (the

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Eskilstuna river, Hjelmar canal, &c.) in 1878-1887. The scenery of these lakes, though never grand, is always quietly beautiful, especi ally in the case of Malar, the wooded shores and islands of which form a notable feature in the pleasant environs of the city of Stockholm. The elevation of the central lowlands seldom exceeds 300 ft., but a few isolated heights of Silurian rock appear, such as Kinnekulle, rising 988 ft. above sea-level on the south-eastern shore of Vener, Billingen (978 ft.) between that lake and Vetter, and Omberg (863 ft.) on the eastern shore of Vetter. Noteworthy local features in the landscape of the central lowlands are the eskers or gravel-ridges (dsar), traversing the land in a direction from N.N.W. to S.S.E., from 100 to 200 ft. in height above the surrounding surface. Typical instances occur in the cities of Stockholm (Brunkebergsåsen) and Upsala (Upsala-åsen). South of the central lowlands the so-called Småland highlands extend over the old province of Småland in the south-east, and lie roughly south of Lake Vetter and of Gothenburg, Småland where they reach the south-west coast. The general elevation of this region exceeds 300 ft., and in the eastern part 600 ft.; the principal heights are Tomtabacken (1237 ft.) and Ekbacken (1175 it.), about 25 m. respectively south-east and west of the town of Jönköping at the southern extremity of Lake Vetter. Gentle forest-clad undulations, many small lakes and peat mosses, are characteristic of the region; which, in fact, closely resembles the middle belt of the northern highland region. The Småland highlands abut southward upon the plains of Skåne, the last of the main orographical divisions, which coincides roughly with the old province of Skane (Scania). Level plains, with rich open meadows and cultivated lands, the monotony of which is in some parts relieved by beech woods, are separated by slight ridges with a general direction from N.W. to S.E., such as Hallandsåsen in the north-west, with an extreme elevation of 741 ft.

Highlands.

The hydrographical survey may now be completed. The Dal river, which enters the Gulf of Bothnia near Gefle, is formed of the union of eastern and western branches (Oster Dal, Rivers of Vester Dal) not far from the town of Falun. The eastern the South. branch drains various small lakes on the Norwegian frontier, and in its lower course passes through the beautiful Lake Siljan. The length of the whole river including the eastern as the main branch is 283 m. The Klar river (228 m.) rises as the Faemund river in Faemundsjö, a large lake in Norway close west of the sources of the Dal. The Klar flows south into Lake Vener, which is drained to the Cattegat by the short Gota river, on which, not far below the lake, are the celebrated falls of Trollhättan. Lake Vetter drains eastward by the Motala to the Baltic, Lake Mälar drains in the same direction by a short channel at Stockholm, the normal fall of which is so slight that the stream is sometimes reversed. The Småland highlands are drained to the Baltic and Cattegat by numerous rivers of less importance. Excepting Finland no country is so full of lakes as Sweden. About 14,000 sq. m., nearly one-twelfth of the total area, are under water.

Coast,

The coast of Sweden is not indented with so many or so deep fjords as that of Norway, nor do the shores of the Gulf of Bothnia, the Baltic and the Cattegat share in the peculiar grandeur of the North Sea coast. All, however, have a common feature in the fringe of islands which, throughout nearly the entire length, shelters the coast of the mainland from the open sea. This "skerry-fence" (in Swedish, skärgård) is only interrupted for any considerable distance (in the case of Sweden) round the southern shore off the flat coast of Skåne, between the towns of Varberg on the west and Ahus on the cast. Between it and the mainland lies a connected series of navigable sounds of the greatest advantage to coastwise traffic, and also of no little importance as a natural defence. The skärgård of the Cattegat, north of Varberg, is bald and rugged. The two largest islands are Orust and Tjörn, north of Gothenburg. Off the south-east coast the place of the skärgård is in a measure taken by the long narrow island of Öland, but north of this the skärgård begins to widen, and the most considerable fjords are found, such as Bråvik, which penetrates the land for 35 m. nearly up to the town of Norrköping. The island belt is widest (some 45 m.) off the city of Stockholm, the approach to which from the sea is famous for its beauty. Farther north, a narrow sound (Alands Haf) intervening on the Swedish side, the vast Åland archipelago, belonging to Russia, extends across to the Finnish coast. The skärgård of the Gulf of Bothnia is less fully developed than that of either the Baltic or the Cattegat. The islands of the skärgård as a whole are rugged and picturesque, though never lofty like many of those off the Norwegian coast. In the Baltic many are well wooded, but the majority are bare or heathclad, as are those of the Gulf of Bothnia. Of the large islands in the Baltic and Cattegat, besides Öland, only Gotland is Swedish.

Geology. The fundamental rocks of Sweden belong to the Azoic or pre-Cambrian formation, and consist of crystalline rocks. Three divisions are distinguished by some authors-the grey gneiss, the red iron gneiss and the granulite.

The grey gneiss predominates in the northern and eastern parts of the country, from Vesternorrland down to the province of Kalmar. The rock has a prevalent grey colour, and contains as characteristic minerals garnet and in some parts graphite.

The red iron gneiss prevails in western Sweden in the provinces

SWEDEN

of Vermland, Skaraborg, Elfsborg, and down to the province of Kristianstad. The formation is very uniform in its character, the gneiss having a red colour and containing small granules of magnetite, but, nevertheless, not a single iron mine belongs to this region. The red gneiss contains in many places beds or masses of hyperite. The granulite, also called eurite and halleflinta, is the most important of the Pre-Cambrian formation, as it contains all the metalliferous deposits of Sweden. It prevails in the middle part of the country, in Kopparberg, Vestmanland, Upsala and parts of Vermland. It occurs also in Östergötland, Kalmar and Kronoberg. The rock is a very compact and fine-grained mixture of felspar, quartz and mica, often graduating to mica schist, quartzite and gneiss. With these are often associated limestones, dolomites and marbles containing serpentine (Kolmården). The metalliferous deposits have generally the form of beds or layers between the strata of granulite and limestone. They are often highly contorted and dislocated. The iron deposits occur in more or less fine-grained gneiss or granulite (Gellivara, Grangesberg, Norberg, Striberg), or separated from the granulite by masses of augitic and amphibolous minerals (gronskarn), as in Persberg and Nordmark. Sometimes they are surrounded by hälleflinta and limestone, as at Dannemora, Långban, Pajsberg, and then carry manganiferous minerals. Argentiferous galena occurs at Sala in limestone, surrounded by granulite, and at Guldsmedshytta (province of Örebro) in dark halleflinta. Copper pyrites occur at Falun in mica-schists, surrounded by halleflinta. Zinc-blende occurs in large masses at Ammeberg, near the northern end of Lake Vetter. The cobalt ore consists of cobalt-glance (Tunaberg in the province of Södermanland) and of linneite (at Gladhammar, near Vestervik). The nickel ore of Sweden is magnetic pyrites, containing only a very small percentage of nickel, and generally occurs in diorite and greenstones. gneiss and hälleflinta there are also sedimentary deposits which are Besides the crystalline believed to be of pre-Cambrian age. are the Dala Sandstone (chiefly developed in Dalarne), the AlmasThe most important of these åkra and Visingso series (around Lake Vetter) and the Dalsland formation (near Lake Vener).

Large masses of granite are found in many parts of Sweden, in Kronoberg, Örebro, Goteborg, Stockholm, &c. granite graduates into gneiss; sometimes (as north of Stockholm) it Sometimes the encloses large angular pieces of gneiss. gabbro (anorthite-gabbro at Rädmanso in the province of StockIntrusions of hyperite, holm) and diorite are also abundant. The Cambrian formation generally occurs along with the Ordovician, and consists of many divisions. The oldest is a sandstone, in which are found traces of worms, impressions of Medusae, and shells of Mickwitzia. limestones, clay-slates, alum-slate, and contain numerous species The upper divisions consist of bituminous of trilobites of the genera Paradoxides, Conocoryphe, Agnostus, Sphaerophthalmus, Peltura, &c. The Ordovician formation occurs in two distinct facies-the one shaley and containing graptolites: the other calcareous, with brachiopods, trilobites, &c. The most constant of the calcareous divisions is the Orthoceras limestone, a red or grey limestone with Megalaspis and Orthoceras. The subdivisions of the system may be grouped as follows: (1) Ceratopyge Limestone; (2) Lower Graptolite Shales and Orthoceras Limestone; (3) Middle Graptolite Shales, Chasmops and other Limestones, Trinucleus beds. The Cambrian and Ordovician strata occur in isolated patches in Vesterbotten, Jemtland (around Storsjö), Skaraborg, Elfsborg, Örebro, Östergötland and Kristianstad. The whole of the island of Öland consists of these strata. The deposits are in most places very little disturbed and form horizontal or slightly inclined layers. South of Lake Vener they are capped by thick beds of eruptive diabase (called trapp). North of Lake Siljan (province of Kopparberg), however, they have been very much dislocated. The Silurian has in Sweden almost the same character as the Wenlock and Ludlow formation of England and consists partly of graptolite shales, partly of limestones and sandstones. The island of Gotland consists entirely of this formation, which occurs also in some parts of the province of Kristianstad. alpine part of Sweden, near the boundaries of Norway, the Silurian In the western and northern strata are covered by crystalline rocks, mica schists, quartzites, &c., of an enormous thickness, which have been brought into their present positions upon a thrust-plane. These rocks form the mass of the high mountain of Areskutan, &c.

The Triassic formation (Rhaetic division) occurs in the northern part of Malmöhus. It consists partly of sandstones with impressions of plants (cycads, ferns, &c.), and partly of clay-beds with coal.

The Cretaceous formation occurs in the provinces of Malmöhus and Kristianstad and a few small patches are found in the province of Blekinge. Only the higher divisions (Senonian and Danian) of the system are represented. The deposits are marls, sandstones and limestones, and were evidently formed near the shore-line.

The most recent deposits of Sweden date from the Glacial and Post-Glacial periods. At the beginning of the Glacial period the height of Scandinavia above the level of the sea was greater than at present, Sweden being then connected with Denmark and Germany and also across the middle of the Baltic with Russia. On the west the North Sea and Cattegat were also dry land. On the elevated parts of this large continent glaciers were formed, which, proceeding

(CLIMATE.

downwards to the lower levels, gave origin to large streams and rivers, the abundant deposits of which formed the diluvial sand and the diluvial clay. In most parts of Sweden these deposits were swept away when the ice advanced, but in Skåne they often form still, as in northern Germany, very thick beds. At its maximum the inland ice not only covered Scandinavia but also passed over the called in Sweden krosstenslera and krosstensgrus. Swedish geologists present boundaries of Russia and Germany. distinguish between bottengrus (bottom gravel, bottom moraine) became less severe the ice slowly receded, leaving its moraines, When the climate and ordinary krossgrus (terminal and side moraine). generally consists of a hard and compact mass of rounded, scratched and sometimes polished stones firmly embedded in a powder of crushed rock. The latter is less compact and contains angular The former boulders, often of a considerable size, but no powder. Of later origin than the krosstensgrus is the rullstensgrus (gravel of rolled stones), which often forms narrow ranges of hills, many miles in length, large masses of mud and sand were carried by the rivers and deposited in the sea. called åsar. During the disappearance of the great inland ice glacial clay, cover most parts of Sweden south of the provinces of These deposits, known as glacial sand and Kopparberg and Vermland, the more elevated portions of the proStockholm). At this epoch the North Sea and the Baltic were vinces of Elfsborg and Kronoberg excepted. In the glacial clay shells of Yoldia arctica have been met with in many places (e.g. near connected along the line of Vener, Vetter, Hjelmar and Mälar. Ladoga with the Gulf of Finland and the Baltic. In the depths of On the other side the White Sea was connected by Lakes Onega and animals which belong to the arctic fauna and are remnants of the the Baltic and of Lakes Vener and Vetter there actually exist ancient ice-sea. darker and lighter coloured layers, which give it a striped appearance, The glacial clay consists generally of alternate for which reason it has often been called hvarfing lera (striped clay). clay are found in the southern part of Sweden at a height ranging The glacial clay of the Silurian regions is generally rich in lime and is thus a marl of great fertility.. The deposits of glacial sand and from 70 to 150 ft. above the level of the sea, but in the interior of the country at a height of 400 ft. above the sea.

On the coasts of the ancient ice-sea, in which the glacial clay was deposited, there were heaped-up masses of shells which belong to species still extant around Spitzbergen and Greenland. Most renowned among these shell-deposits are the Kapellbackarne near shrubs and plants now found only in the northern and alpine parts Uddevalla. With the melting of the great ice-sheet the climate became milder, and the southern part of Sweden was covered with northward and being succeeded by the species existing on the coasts of the country (Salix polaris, Dryas octopetala, Betula nana, &c.). of Sweden. The sea fauna also gradually changed, the arctic species migrating lower parts of the country. They are generally of insignificant The Post-Glacial period now began. Sands (mosand) and clays (åkerlera and fucuslera) continued to be deposited on the thickness. In the shallow lakes and enclosed bays of the sea there shells it contains. Sometimes the gyttja consists mainly of diatoms, began to be formed and still is in course of formation a deposit and is then called bergmjol. The gyttja of the lakes is generally known by the name gyttja, characterized by the diatomaceous covered over by peat of a later date. In many of the lakes of Sweden ferric hydroxide, deposited in forms resembling peas, coins, &c., and used for the manufacture of iron. there is still in progress the formation of an iron ore, called sjomalm, (P. LA.)

Climate. The climate of the Scandinavian peninsula as a whole
is so far tempered by the warm Atlantic drift from the south-west
as to be unique in comparison with other countries of so high a
latitude. The mountains of the Keel are not so high as wholly
to destroy this effect over Sweden, and the maritime influence of
the Baltic system has also to be considered. Sweden thus occupies
a climatic position between the purely coastal conditions of Norway
and the purely continental conditions of Russia; and in some years
the climate inclines to the one character, in others to the other.
As a result of the wide latitudinal extent of the country there are
also marked local variations to be contrasted.
of the whole country is north of the Arctic Circle. The mean annual
About one-seventh
frontier to 44-8° at Gothenburg and 44-6° at Lund in the south
temperature ranges from 26-6° F. at Karesuando on the northern
following actual average temperatures have been observed at certain
(or 29.5° to 45° reduced to sea-level). Between these extremes the
stations from north to south which are appropriately grouped for
the purpose of comparison (heights above sea-level following each
name):-

River-29-7°; and Haparanda (30 ft.), at the head of the Gulf of
Jockmock (850 ft.), at the foot of the lake-chain on the Little Lule
Bothnia-32-4°.

31:8; and Umeå (39 ft.) at its mouth on the Gulf of Bothnia-34.9.
Stensele (1076 ft.), at the foot of the lake-chain on the Ume
Östersund (1056 ft.) on Storsjö-35-2°; and Hernösand (49 (t.)
on the Gulf of Bothnia-37-8°.

Karlstad (180 ft.) at the head of Lake Vener-42-3°: Örebro
(102 ft.) at the west of Lake Hjelmar-41-4°; and Stockholm (144 ft.)
-42·1°.

Gothenburg (26 ft.) on the Cattegat-44-8°; Jönköping (312 ft.)

at the south of lake Vetter-42·4°; and Vestervik (43 ft.) on the Baltic-43.2°. But the local variations thus indicated are brought out more fully by a consideration of seasonal, and especially winter, temperatures. In Sweden July is generally the hottest month, the average temperature ranging from about 51° to 62°. In January, however, it ranges from 4° to 32° (February is generally a little colder). Moreover, there are two well-marked centres of very low winter temperature in the inland parts. The one is in the mountainous region of the south of Jemtland and the north of Dalarne, extending into Norway and thus lying in the middle of the peninsula about 62° N. Here the average temperature in January is 8.5°, whereas at Östersund it is over 15°. The other and more strongly marked centre is in the far north, extending into Norway and Finland, where the average is 3-8°. The effect of the spinal mountain range in modifying oceanic conditions is thus illustrated. The same effect is well shown by the linguiform isotherms. In January, for example, the isotherm of 14°, after skirting the north coast of the Scandinavian peninsula, turns southward along the Keel, crossing the upper part of the district of the great northern lakes. It continues in this direction as far as the northern end of Lake Mjøsen in Norway (61° N.), then turns sharply north-north-eastward, runs west of Lake Siljan and bends north-east to strike the Bothnian coast near Skellefteå. In July, on the other hand, the isotherms show an almost constant temperature all over the country, and the linguiform curves are wanting.

The relative length of the seasons shows contrasts similar to those of temperature. In the north spring begins in May, summer in the middle of June and autumn in the middle of August. In the south and south-west spring begins in March, summer in the middle of May and autumn in October. At Karesuando the last frost of spring occurs on an average on the 15th of June, and the first of autumn on the 27th of August, though night frosts may occur earlier; while at Stockholm 4 months are free of frost. Ice forms about October in the north, in November or December in the midlands and south, and breaks up in May or June and in April respectively. Ice covers the lakes for 100 to 115 days annually in the south, 150 in the midlands and 200 to 220 in the north. A local increase of the ice period naturally takes place in the upper parts of the Småland highlands; and in the case of the great lakes of Norrland, the western have a rather shorter ice period than the eastern. As to the seas, the formation of ice on the west and south coasts is rare, but in the central and northern parts of the Baltic drift-ice and a fringe of solid ice along the coast arrests navigation from the end of December to the beginning of April. Navigation in the southern part of the Gulf of Bothnia is impeded from the end of November to the beginning of May, and in the north the gulf is covered with ice from November to the last half of May. Snow lies 47 days on an average on the plains of Skåne, while in the north it lies from 140 to 190 days. The northern summers find compensation for brevity in duration of sunshine and light. At Karesuando in 68° 26' N. and 1093 ft. above sea-level the sun is seen continuously above the horizon from the 26th of May to the 18th of July; at Haparanda for 23 hours, at Stockholm for 18 hours and at Lund for 17 hours at the summer solstice. Atmospheric refraction causes the sun to be visible for periods varying from south to north for a quarter to half an hour after it has actually sunk below the horizon. With the long twilight, perhaps the most exquisite period of a season which provides a succession of beautiful atmospheric effects, daylight lasts without interruption from the 16th to the 27th of June as far south as Hernosand (62° 38' N.).

The average annual rainfall for Sweden is 19.72 in., locally increasing on the whole from north to south, and reaching a maximum towards the south-west, precipitation on this coast greatly exceeding that on the south-east. Thus the average in the north of Norrland is 16-53 in., in the south of Norrland 22-6 in. At Borås, midway between the south end of Lake Vetter and the Cattegat, the average is 35-08 in., and 45.82 in. were registered in 1898. At Kalmar, however, on the Baltic opposite Öland, the average is 14.6 in. This is an extreme instance for the locality, but the minimum for all Sweden is found at Karesuando, with 12-32 in. The period of maximum is generally the latter half of summer, and the minimum in February and March; but the maximum occurs in October at coast stations in Skåne and in the island of Gotland. The propor tion of total precipitation which falls as snow ranges from 36% in the north to 9% in the south.

Flora.-In the preceding physical description indications are given of the vast extent of forest in Sweden. The alpine treeless region occupies only the upper flanks of the spinal mountain-range above an elevation varying from 1800 ft. in the north to 3000 ft. in the south. It is belted by a zone of birch woods, with occasional mountain-ash and aspen, varying in width from about 20 m. in the north to a fraction of a mile in the south. Below this extends a great region of firwood covering the whole country north-east of Lake Vener and north of the Dal River. The fir (Pinus sylvestris) and pine (Pinus abies) are the predominating trees Spruce is common, and even predominates in the higher parts (between the great valleys and immediately below the birch-belt) in the north of Norrland. South of the southern limit indicated, in the midland

district of the great lakes, the oak (Quercus pedunculata) appears as well as pine and fir; and, as much of this area is under cultivation, many other trees have been introduced, as the ash, maple, elm and lime. South of a line running, roughly, from the foot of Lake Vener to Kalmar on the Baltic coast the beech begins to appear, and in Skåne and the southern part of the Cattegat seaboard becomes predominant in the woods which break the wide cultivated places. Of wild flowering plants only a very few are endemic species (though more are endemic varieties); the bulk are immigrants after the last glacial epoch. Of these most are common to arctic lands, or occur as alpine plants in lower latitudes. The number of species decreases according to geographical distribution from south to north; thus while upwards of 1000 are found in Skåne, there are only about 700 in the midlands, 500 in the lower parts of southern Norrland and less than 200 in the extreme north.

Fauna.-The effects of the great latitudinal range of Sweden on its climate and flora has its parallel to a modified extent in the case of fauna. Only a few animals are common to the entire country, such as the hare (Lepus timidus) and the weasel; although certain others may be added if the high mountain region be left out of consideration, such as the squirrel, fox and various shrews. Among large animals, the common bear and the wolf have been greatly reduced in numbers even within later historic times. These and the lynx are now restricted to the solitary depths of the northern forests. Characteristic of the high mountainous region are the arctic fox, the glutton and the lemming, whose singular intermittent migrations to the lowlands have a considerable temporary influence on the distribution of beasts and birds of prey. There may also be mentioned the wild reindeer, which is rare, though large domesticated herds are kept by the Lapps. The elk, carefully preserved, haunts the lonely forests from the Arctic Circle even to the Småland highlands. The roe-deer and red-deer are confined to the southern parts; though the first is found in the south of the midland plains. In these plains the fox is most abundant, and the badger and hedgehog are found. Martens and otters are to some extent hunted for their skins. A white winter fur is characteristic of several of the smaller animals, such as the hare, fox and weasel. The common and grey seals are met with in the neighbouring seas, and Phoca foetida is confined to the Baltic. Among birds by far the greater proportion is migrant. Characteristic types common to the whole country are the teal, snipe, golden plover and wagtail. In the northern mountains the ptarmigan is common, and like other creatures assumes a white winter dress; ducks and other water-fowl frequent the lakes; the golden eagle, certain buzzards and owls are found, and among smaller birds the Lappland bunting (Plectrophanes laponicus) may be mentioned. In the coniferous forests the black grouse, hazel grouse and willow grouse, capercailzie and woodcock are the principal game birds; the crane is found in marshy clearings, birds of prey are numerous, and the Siberian jay in the north and the common jay in the south are often heard. But in the northern forests small birds are few, and even in summer these wilds give a strong general impression of lifelessness. In the midlands the partridge is fairly common, though not readily enduring the harder winters; and ring-doves and stock-doves occur. The lakes are the homes of a variety of aquatic birds. On the coasts a number of gulls and terns are found, also the eider-duck and the sea-eagle, which, however, is also distributed far over the land. The species of reptiles and amphibians are few and chiefly confined to the southern parts. There are three species of snake, including the viper; three of lizard; and eleven of batrachians. The rivers and lakes are generally well stocked with fish, such as salmon, trout of various species, gwyniad and vendace (especially in the north), pike, eels, perch of various species, turbot, bream and roach. The few sportsmen who have visited the higher parts of the great northern rivers have found excellent trout-fishing, with pike, perch, char and grayling, the char occurring in the uppermost parts of the rivers, and the grayling below them. The fisheries, both fresh-water and Sea, are important, and fall for consideration as an industry. The herring, cod, flatfish, mackerel and sprat are taken in the seas, and also great numbers of a small herring called strömming. In the brackish waters of the east coast sea fish are found, together with pike, perch and other fresh-water forms. The crayfish is common in many places in central and southern Sweden. Pearls are sometimes found in the fresh-water mussel (Margaritana margaritifera); thus a tributary of the Lilla Lule River takes its name, Perle River, from the pearls found in it. Among the lower marine animals a few types of arctic origin are found, not only in the Baltic but even in Lakes Vener and Vetter, having remained, and in the case of the lakes survived the change to fresh water, after the disappearance of the connexion with the Arctic seas across the region of the great lakes, the Baltic, and north-east thereof. The molluscan fauna is fairly rich, and insect fauna much more so, even in the north. In summer in the uplands and the north the mosquito is sufficiently common to cause some little annoyance.

People. The population of Sweden in 1900 was 5,136,441. The census is taken in an unusual manner, being drawn up from the registries of the clergy according to parishes every ten years. Approximate returns are made by the clergy annually. The

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