Electromyography

# Electromyography

## Abstract

Electromyography (EMG) is a technique for evaluating and recording the electrical activity produced by skeletal muscles. EMG is performed using an instrument called an electromyograph to produce a record called an electromyogram. An electromyograph detects the electric potential generated by muscle cells when these cells are electrically or neurologically activated. The signals can be analyzed to detect abnormalities, activation level, or recruitment order, or to analyze the biomechanics of human or animal movement. Needle EMG is an electrodiagnostic medicine technique commonly used by neurologists. Surface EMG is a non-medical procedure used to assess muscle activation by several professionals, including physiotherapists, kinesiologists and biomedical engineers. In computer science, EMG is also used as middleware in gesture recognition towards allowing the input of physical action to a computer as a form of human-computer interaction.

## Clinical uses

EMG testing has a variety of clinical and biomedical applications. Needle EMG is used as a diagnostics tool for identifying neuromuscular diseases, or as a research tool for studying kinesiology, and disorders of motor control. EMG signals are sometimes used to guide botulinum toxin or phenol injections into muscles. Surface EMG is used for functional diagnosis and during instrumental motion analysis. EMG signals are also used as a control signal for prosthetic devices such as prosthetic hands, arms and lower limbs.

An acceleromyograph may be used for neuromuscular monitoring in general anesthesia with neuromuscular-blocking drugs, in order to avoid postoperative residual curarization (PORC).

Except in the case of some purely primary myopathic conditions EMG is usually performed with another electrodiagnostic medicine test that measures the conducting function of nerves. This is called nerve conduction study (NCS). Needle EMG and NCSs are typically indicated when there is pain in the limbs, weakness from spinal nerve compression, or concern about some other neurologic injury or disorder. Spinal nerve injury does not cause neck, mid back pain or low back pain, and for this reason, evidence has not shown EMG or NCS to be helpful in diagnosing causes of axial lumbar pain, thoracic pain, or cervical spine pain. Needle EMG may aid with the diagnosis of nerve compression or injury (such as carpal tunnel syndrome), nerve root injury (such as sciatica), and with other problems of the muscles or nerves. Less common medical conditions include amyotrophic lateral sclerosis, myasthenia gravis, and muscular dystrophy.

## Technique

### Skin preparation and risks

The first step before insertion of the needle electrode is skin preparation. This typically involves simply cleaning the skin with an alcohol pad.

The actual placement of the needle electrode can be difficult and depends on a number of factors, such as specific muscle selection and the size of that muscle. Proper needle EMG placement is very important for accurate representation of the muscle of interest, although EMG is more effective on superficial muscles as it is unable to bypass the action potentials of superficial muscles and detect deeper muscles. Also, the more body fat an individual has, the weaker the EMG signal. When placing the EMG sensor, the ideal location is at the belly of the muscle: the longitudinal midline. The belly of the muscle can also be thought of as in-between the motor point (middle) of the muscle and the tendonus insertion point.

Cardiac pacemakers and implanted cardiac defibrillators (ICDs) are used increasingly in clinical practice, and no evidence exists indicating that performing routine electrodiagnostic studies on patients with these devices pose a safety hazard. However, there are theoretical concerns that electrical impulses of nerve conduction studies (NCS) could be erroneously sensed by devices and result in unintended inhibition or triggering of output or reprogramming of the device. In general, the closer the stimulation site is to the pacemaker and pacing leads, the greater the chance for inducing a voltage of sufficient amplitude to inhibit the pacemaker. Despite such concerns, no immediate or delayed adverse effects have been reported with routine NCS.

No known contraindications exist for performing needle EMG or NCS on pregnant patients. Additionally, no complications from these procedures have been reported in the literature. Evoked potential testing, likewise, has not been reported to cause any problems when it is performed during pregnancy.

Patients with lymphedema or patients at risk for lymphedema are routinely cautioned to avoid percutaneous procedures in the affected extremity, namely venipuncture, to prevent development or worsening of lymphedema or cellulitis. Despite the potential risk, the evidence for such complications subsequent to venipuncture is limited. No published reports exist of cellulitis, infection, or other complications related to EMG performed in the setting of lymphedema or prior lymph node dissection. However, given the unknown risk of cellulitis in patients with lymphedema, reasonable caution should be exercised in performing needle examinations in lymphedematous regions to avoid complications. In patients with gross edema and taut skin, skin puncture by needle electrodes may result in chronic weeping of serous fluid. The potential bacterial media of such serous fluid and the violation of skin integrity may increase the risk of cellulitis. Before proceeding, the physician should weigh the potential risks of performing the study with the need to obtain the information gained.

### Surface and intramuscular EMG recording electrodes

There are two kinds of EMG: surface EMG and intramuscular EMG. Surface EMG assesses muscle function by recording muscle activity from the surface above the muscle on the skin. Surface EMG can be recorded by a pair of electrodes or by a more complex array of multiple electrodes. More than one electrode is needed because EMG recordings display the potential difference (voltage difference) between two separate electrodes. Limitations of this approach are the fact that surface electrode recordings are restricted to superficial muscles, are influenced by the depth of the subcutaneous tissue at the site of the recording which can be highly variable depending on the weight of a patient, and cannot reliably discriminate between the discharges of adjacent muscles. Specific electrode placements and functional tests have been developed to minimize this risk, thus providing reliable examinations.

Intramuscular EMG can be performed using a variety of different types of recording electrodes. The simplest approach is a monopolar needle electrode. This can be a fine wire inserted into a muscle with a surface electrode as a reference; or two fine wires inserted into muscle referenced to each other. Most commonly fine wire recordings are for research or kinesiology studies. Diagnostic monopolar EMG electrodes are typically insulated and stiff enough to penetrate skin, with only the tip exposed using a surface electrode for reference. Needles for injecting therapeutic botulinum toxin or phenol are typically monopolar electrodes that use a surface reference, in this case, however, the metal shaft of a hypodermic needle, insulated so that only the tip is exposed, is used both to record signals and to inject. Slightly more complex in design is the concentric needle electrode. These needles have a fine wire, embedded in a layer of insulation that fills the barrel of a hypodermic needle, that has an exposed shaft, and the shaft serves as the reference electrode. The exposed tip of the fine wire serves as the active electrode. As a result of this configuration, signals tend to be smaller when recorded from a concentric electrode than when recorded from a monopolar electrode and they are more resistant to electrical artifacts from tissue and measurements tend to be somewhat more reliable. However, because the shaft is exposed throughout its length, superficial muscle activity can contaminate the recording of deeper muscles. Single fiber EMG needle electrodes are designed to have very tiny recording areas, and allow for the discharges of individual muscle fibers to be discriminated.

To perform intramuscular EMG, typically either a monopolar or concentric needle electrode is inserted through the skin into the muscle tissue. The needle is then moved to multiple spots within a relaxed muscle to evaluate both insertional activity and resting activity in the muscle. Normal muscles exhibit a brief burst of muscle fiber activation when stimulated by needle movement, but this rarely lasts more than 100ms. The two most common pathologic types of resting activity in muscle are fasciculation and fibrillation potentials. A fasciculation potential is an involuntary activation of a motor unit within the muscle, sometimes visible with the naked eye as a muscle twitch or by surface electrodes. Fibrillations, however, are detected only by needle EMG, and represent the isolated activation of individual muscle fibers, usually as the result of nerve or muscle disease. Often, fibrillations are triggered by needle movement (insertional activity) and persist for several seconds or more after the movement ceases.

After assessing resting and insertional activity, the electromyographer assess the activity of muscle during voluntary contraction. The shape, size, and frequency of the resulting electrical signals are judged. Then the electrode is retracted a few millimetres, and again the activity is analyzed. This is repeated, sometimes until data on 10–20 motor units have been collected in order to draw conclusions about motor unit function. Each electrode track gives only a very local picture of the activity of the whole muscle. Because skeletal muscles differ in the inner structure, the electrode has to be placed at various locations to obtain an accurate study. For the interpretation of EMG study is important to evaluate parameters of tested muscle motor units. This process may well be partially automated using appropriate software.

Single fiber electromyography assesses the delay between the contractions of individual muscle fibers within a motor unit and is a sensitive test for dysfunction of the neuromuscular junction caused by drugs, poisons, or diseases such as myasthenia gravis. The technique is complicated and typically performed only by individuals with special advanced training.

Surface EMG is used in a number of settings; for example, in the physiotherapy clinic, muscle activation is monitored using surface EMG and patients have an auditory or visual stimulus to help them know when they are activating the muscle (biofeedback). A review of the literature on surface EMG published in 2008, concluded that surface EMG may be useful to detect the presence of neuromuscular disease (level C rating, class III data), but there are insufficient data to support its utility for distinguishing between neuropathic and myopathic conditions or for the diagnosis of specific neuromuscular diseases. EMGs may be useful for additional study of fatigue associated with post-poliomyelitis syndrome and electromechanical function in myotonic dystrophy (level C rating, class III data). Recently, with the rise of technology in sports, sEMG has become an area of focus for coaches to reduce the incidence of soft tissue injury and improve player performance.

Certain US states limit the performance of needle EMG by nonphysicians. New Jersey declared that it cannot be delegated to a physician's assistant. Michigan has passed legislation saying needle EMG is the practice of medicine. Special training in diagnosing medical diseases with EMG is required only in residency and fellowship programs in neurology, clinical neurophysiology, neuromuscular medicine, and physical medicine and rehabilitation. There are certain subspecialists in otolaryngology who have had selective training in performing EMG of the laryngeal muscles, and subspecialists in urology, obstetrics and gynecology who have had selective training in performing EMG of muscles controlling bowel and bladder function.

### Maximal voluntary contraction

One basic function of EMG is to see how well a muscle can be activated. The most common way that can be determined is by performing a maximal voluntary contraction (MVC) of the muscle that is being tested. Each muscle group type has different characteristics, and MVC positions are varied for different muscle group types. Therefore, the researcher should be very careful while choosing the MVC position type to elicit the greater muscle activity level from the subjects.

The types of MVC positions can vary among muscle types, contingent upon the specific muscle group being considered, including trunk muscles, lower limb muscles, and others.

Muscle force, which is measured mechanically, typically correlates highly with measures of EMG activation of muscle. Most commonly this is assessed with surface electrodes, but it should be recognized that these typically record only from muscle fibers in close proximity to the surface.

Several analytical methods for determining muscle activation are commonly used depending on the application. The use of mean EMG activation or the peak contraction value is a debated topic. Most studies commonly use the maximal voluntary contraction as a means of analyzing peak force and force generated by target muscles. According to the article "Peak and average rectified EMG measures: Which method of data reduction should be used for assessing core training exercises?", it was concluded that the "average rectified EMG data (ARV) is significantly less variable when measuring the muscle activity of the core musculature compared to the peak EMG variable." Therefore, these researchers would suggest that "ARV EMG data should be recorded alongside the peak EMG measure when assessing core exercises." Providing the reader with both sets of data would result in enhanced validity of the study and potentially eradicate the contradictions within the research.

### Other measurements

EMG can also be used for indicating the amount of fatigue in a muscle. The following changes in the EMG signal can signify muscle fatigue: an increase in the mean absolute value of the signal, increase in the amplitude and duration of the muscle action potential and an overall shift to lower frequencies. Monitoring the changes of different frequency changes the most common way of using EMG to determine levels of fatigue. The lower conduction velocities enable the slower motor neurons to remain active.

A motor unit is defined as one motor neuron and all of the muscle fibers it innervates. When a motor unit fires, the impulse (called an action potential) is carried down the motor neuron to the muscle. The area where the nerve contacts the muscle is called the neuromuscular junction, or the motor end plate. After the action potential is transmitted across the neuromuscular junction, an action potential is elicited in all of the innervated muscle fibers of that particular motor unit. The sum of all this electrical activity is known as a motor unit action potential (MUAP). This electrophysiologic activity from multiple motor units is the signal typically evaluated during an EMG. The composition of the motor unit, the number of muscle fibres per motor unit, the metabolic type of muscle fibres and many other factors affect the shape of the motor unit potentials in the myogram.

Nerve conduction testing is also often done at the same time as an EMG to diagnose neurological diseases.

Some patients can find the procedure somewhat painful, whereas others experience only a small amount of discomfort when the needle is inserted. The muscle or muscles being tested may be slightly sore for a day or two after the procedure.

### EMG signal decomposition

EMG signals are essentially made up of superimposed motor unit action potentials (MUAPs) from several motor units. For a thorough analysis, the measured EMG signals can be decomposed into their constituent MUAPs. MUAPs from different motor units tend to have different characteristic shapes, while MUAPs recorded by the same electrode from the same motor unit are typically similar. Notably MUAP size and shape depend on where the electrode is located with respect to the fibers and so can appear to be different if the electrode moves position. EMG decomposition is non-trivial, although many methods have been proposed.

### EMG signal processing

Rectification is the translation of the raw EMG signal to a signal with a single polarity, usually positive. The purpose of rectifying the signal is to ensure the signal does not average to zero, due to the raw EMG signal having positive and negative components. Two types of rectification are used: full-wave and half-wave rectification. Full-wave rectification adds the EMG signal below the baseline to the signal above the baseline to make a conditioned signal that is all positive. If the baseline is zero, this is equivalent to taking the absolute value of the signal. This is the preferred method of rectification because it conserves all of the signal energy for analysis. Half-wave rectification discards the portion of the EMG signal that is below the baseline. In doing so, the average of the data is no longer zero therefore it can be used in statistical analyses.

### Limitations

Needle EMG used in clinical settings has practical applications such as helping to discover disease. Needle EMG has limitations, however, in that it does involve voluntary activation of muscle, and as such is less informative in patients unwilling or unable to cooperate, children and infants, and in individuals with paralysis. Surface EMG can have limited applications due to inherent problems associated with surface EMG. Adipose tissue (fat) can affect EMG recordings. Studies show that as adipose tissue increased the active muscle directly below the surface decreased. As adipose tissue increased, the amplitude of the surface EMG signal directly above the center of the active muscle decreased. EMG signal recordings are typically more accurate with individuals who have lower body fat, and more compliant skin, such as young people when compared to old. Muscle cross talk occurs when the EMG signal from one muscle interferes with that of another limiting reliability of the signal of the muscle being tested. Surface EMG is limited due to lack of deep muscles reliability. Deep muscles require intramuscular wires that are intrusive and painful in order to achieve an EMG signal. Surface EMG can measure only superficial muscles and even then it is hard to narrow down the signal to a single muscle.

### Electrical characteristics

The electrical source is the muscle membrane potential of about –90 mV. Measured EMG potentials range between less than 50 μV and up to 30 mV, depending on the muscle under observation.

Typical repetition rate of muscle motor unit firing is about 7–20 Hz, depending on the size of the muscle (eye muscles versus seat (gluteal) muscles), previous axonal damage and other factors. Damage to motor units can be expected at ranges between 450 and 780 mV.

## Procedure outcomes

### Normal results

Muscle tissue at rest is normally electrically inactive. After the electrical activity caused by the irritation of needle insertion subsides, the electromyograph should detect no abnormal spontaneous activity (i.e., a muscle at rest should be electrically silent, with the exception of the area of the neuromuscular junction, which is, under normal circumstances, very spontaneously active). When the muscle is voluntarily contracted, action potentials begin to appear. As the strength of the muscle contraction is increased, more and more muscle fibers produce action potentials. When the muscle is fully contracted, there should appear a disorderly group of action potentials of varying rates and amplitudes (a complete recruitment); this can be described as an interference pattern.

### Abnormal results

EMG findings vary with the type of disorder, the duration of the problem, the age of the patient, the degree to which the patient can be cooperative, the type of needle electrode used to study the patient, and sampling error in terms of the number of areas studied within a single muscle and the number of muscles studied overall. Interpreting EMG findings is usually best done by an individual informed by a focused history and physical examination of the patient, and in conjunction with the results of other relevant diagnostic studies performed including most importantly, nerve conduction studies, but also, where appropriate, imaging studies such as MRI and ultrasound, muscle and nerve biopsy, muscle enzymes, and serologic studies.

Abnormal results may be caused by the following medical conditions (please note this is not an exhaustive list of conditions that can result in abnormal EMG studies):

## History

The first documented experiments dealing with EMG started with Francesco Redi 's works in 1666. Redi discovered a highly specialized muscle of the electric ray fish (Electric Eel) generated electricity. By 1773, Walsh had been able to demonstrate that the eel fish's muscle tissue could generate a spark of electricity. In 1792, a publication entitled De Viribus Electricitatis in Motu Musculari Commentarius appeared, written by Luigi Galvani, in which the author demonstrated that electricity could initiate muscle contraction. Six decades later, in 1849, Emil du Bois-Reymond discovered that it was also possible to record electrical activity during a voluntary muscle contraction. The first actual recording of this activity was made by Marey in 1890, who also introduced the term electromyography. In 1922, Gasser and Erlanger used an oscilloscope to show the electrical signals from muscles. Because of the stochastic nature of the myoelectric signal, only rough information could be obtained from its observation. The capability of detecting electromyographic signals improved steadily from the 1930s through the 1950s, and researchers began to use improved electrodes more widely for the study of muscles. The AANEM was formed in 1953 as one of several currently active medical societies with a special interest in advancing the science and clinical use of the technique. Clinical use of surface EMG (sEMG) for the treatment of more specific disorders began in the 1960s. Hardyck and his researchers were the first (1966) practitioners to use sEMG. In the early 1980s, Cram and Steger introduced a clinical method for scanning a variety of muscles using an EMG sensing device.

Research began at the Mayo Clinic in Rochester, Minnesota under the guidance of Edward H. Lambert, MD, PhD (1915–2003) in the early 1950s. Lambert, known as the "Father of EMG," with the assistance of his Research Technician, Ervin L Schmidt, a self taught electrical engineer, developed a machine that could be moved from the EMG Lab, and was relatively easy to use. As oscilloscopes had no "store" or "print" features at the time, a Polaroid camera was affixed to the front on a hinge. It was synchronized to photo the scan. Fellows studying at Mayo soon learned that this was a tool they wanted, too. As Mayo has no interest in marketing their inventions, Schmidt went on to continue to develop them in his basement for decades, selling them under the name ErMel Inc.

It was not until the middle of the 1980s that integration techniques in electrodes had sufficiently advanced to allow batch production of the required small and lightweight instrumentation and amplifiers. At present, a number of suitable amplifiers are commercially available. In the early 1980s, cables that produced signals in the desired microvolt range became available. Recent research has resulted in a better understanding of the properties of surface EMG recording. Surface electromyography is increasingly used for recording from superficial muscles in clinical or kinesiological protocols, where intramuscular electrodes are used for investigating deep muscles or localized muscle activity.

There are many applications for the use of EMG. EMG is used clinically for the diagnosis of neurological and neuromuscular problems. It is used diagnostically by gait laboratories and by clinicians trained in the use of biofeedback or ergonomic assessment. EMG is also used in many types of research laboratories, including those involved in biomechanics, motor control, neuromuscular physiology, movement disorders, postural control, and physical therapy.

## Research

EMG can be used to sense isometric muscular activity where no movement is produced. This enables definition of a class of subtle motionless gestures to control interfaces without being noticed and without disrupting the surrounding environment. These signals can be used to control a prosthesis or as a control signal for an electronic device such as a mobile phone or PDA.

EMG signals have been targeted as control for flight systems. The Human Senses Group at the NASA Ames Research Center at Moffett Field, CA seeks to advance man-machine interfaces by directly connecting a person to a computer. In this project, an EMG signal is used to substitute for mechanical joysticks and keyboards. EMG has also been used in research towards a "wearable cockpit," which employs EMG-based gestures to manipulate switches and control sticks necessary for flight in conjunction with a goggle-based display.

Unvoiced or silent speech recognition recognizes speech by observing the EMG activity of muscles associated with speech. It is targeted for use in noisy environments, and may be helpful for people without vocal cords, with aphasia, with dysphonia, and more.

EMG has also been used as a control signal for computers and other devices. An interface device based on an EMG Switch can be used to control moving objects, such as mobile robots or an electric wheelchair. This may be helpful for individuals that cannot operate a joystick-controlled wheelchair. Surface EMG recordings may also be a suitable control signal for some interactive video games.

A joint project involving Microsoft, the University of Washington in Seattle, and the University of Toronto in Canada has explored using muscle signals from hand gestures as an interface device. A patent based on this research was submitted on June 26, 2008.

In 2016 a startup called Emteq Labs launched a virtual reality headset with embedded EMG sensors for measuring facial expressions. In September 2019 Facebook bought a startup called CTRL-labs that was working on EMG


Rijeka

# Rijeka

## Abstract

Rijeka (/ r i ˈ ɛ k ə, r i ˈ eɪ k ə / ree- EK -ə, ree- AY -kə, US also / r i ˈ j ɛ k ə / ree- YEK -ə, Croatian:; local Chakavian: Reka or Rika; Slovene: Reka, Italian: Fiume (Italian:; Fiuman: Fiume; Hungarian: Fiume; outdated German name: Sankt Veit am Flaum), is the principal seaport and the third-largest city in Croatia (after Zagreb and Split). It is located in Primorje-Gorski Kotar County on Kvarner Bay, an inlet of the Adriatic Sea and in 2021 had a population of 108,622 inhabitants. Historically, because of its strategic position and its excellent deep-water port, the city was fiercely contested, especially between the Holy Roman Empire, Italy and Croatia, changing rulers and demographics many times over centuries. According to the 2011 census data, the majority of its citizens are Croats, along with small numbers of Serbs, Bosniaks and Italians.

Rijeka is the main city and county seat of the Primorje-Gorski Kotar County. The city's economy largely depends on shipbuilding (shipyards " 3. Maj " and " Viktor Lenac Shipyard ") and maritime transport. Rijeka hosts the Croatian National Theatre Ivan pl. Zajc, first built in 1765, as well as the University of Rijeka, founded in 1973 but with roots dating back to 1632 and the local Jesuit School of Theology.

Apart from Croatian and Italian, linguistically the city is home to its own unique dialect of the Venetian language, Fiuman, with an estimated 20,000 speakers among the autochthonous Italians, Croats and other minorities. Historically Fiuman served as the main lingua franca among the many ethnicities inhabiting the multi-ethnic port city. In certain suburbs of the modern extended municipality the autochthonous population still speaks Chakavian, a dialect of Croatian.

In 2016, Rijeka was selected as the European Capital of Culture for 2020, alongside Galway, Ireland.

## Name

Historically, Rijeka was called Tharsatica, Vitopolis (lit. ' City of Vitus '), or Flumen (lit. ' River ') in Latin. The city is called Rijeka in Croatian, Reka in Slovene, and Reka or Rika in the local dialects of the Chakavian language. It is called Fiume in Italian and in Fiuman Venetian. All these names mean 'river' in their respective languages. Meanwhile, in German the city has been called Sankt Veit am Flaum / Pflaum (lit. ' St. Vitus on the Flaum/Pflaum ', with the name of the river being derived from Latin flumen).

## Geography

Rijeka is located in western Croatia, 131 kilometres (81 miles) south-west of the capital, Zagreb, on the coast of Kvarner Gulf, in the northern part of the Adriatic Sea. Geographically, Rijeka is roughly equidistant from Milan (485 km), Budapest (502 km), Munich (516 km), Vienna (516 km) and Belgrade (550 km). Other major regional centers such as Trieste (76 km), Venice (240 km) and Ljubljana (115 km) are all relatively close and easily accessible. The Bay of Rijeka, which is bordered by Vela Vrata (between Istria and the island of Cres), Srednja Vrata (between Cres and Krk Island) and Mala Vrata (between Krk and the mainland) is connected to the Kvarner Gulf and is deep enough (about fifty metres or 160 feet) to accommodate large commercial ships. The City of Rijeka lies at the mouth of the river Rječina and in the Vinodol micro-region of the Croatian coast. From three sides Rijeka is surrounded by mountains. To the west, the 1,396-metre (4,580 ft) Učka range is prominent. To the north/north-east there are the Snežnik plateau and the 1,528 m (5,013 ft) Risnjak massif with the national park. To the east/south-east there is the 1,533-metre (5,030 ft) Velika Kapela range. This type of terrain configuration prevented Rijeka from developing further inland (to the north) and the city mostly lies on a long and relatively narrow strip along the coast. Two important inland transport routes start in Rijeka. The first route runs north-east to the Pannonian Basin. This route takes advantage of Rijeka's location close to the point where the Dinaric Alps are the narrowest (about fifty kilometres or 31 miles) and easiest to traverse, making it the optimal route from the Hungarian plain to the sea. It also makes Rijeka the natural harbour for the Pannonian Basin (especially Hungary). The other route runs north-west across the Postojna Gate connecting Rijeka with Slovenia and further through the Ljubljana Gap with Austria and beyond. A third more coastal route runs east-west connecting Rijeka (and—by extension—the Adriatic coastal cities to the south) with Trieste and northern Italy.

## History

Kingdom of Croatia pre-1102. Kingdom of Croatia - Kingdom of Hungary:1102–1466 Holy Roman Empire (Habsburg monarchy), 1466–1779 1779-1920 Kingdom of Hungary (with interuptions) First French Empire, 1809–1814 Austrian Empire, 1814–1867 Austria-Hungary (Transleithania), 1867–1918 Italian Regency of Carnaro, 1919–1920 Free State of Fiume, 1920–1924 Kingdom of Italy, 1924–1943 OZAK, 1943–1945 Yugoslavia (SR Croatia), 1945–1991 Croatia, 1991–present

### Ancient and Medieval times

Though traces of Neolithic settlements can be found in the region, the earliest modern settlements on the site were Celtic Tharsatica (modern Trsat, now part of Rijeka) on the hill, and the tribe of mariners, the Liburni, in the natural harbour below. The city long retained its dual character. Rijeka was first mentioned in the 1st century AD by Pliny the Elder as Tarsatica in his Natural History (iii.140). Rijeka (Tarsatica) is again mentioned around AD 150 by the Greek geographer and astronomer Ptolemy in his Geography when describing the "Location of Illyria or Liburnia, and of Dalmatia" (Fifth Map of Europe). In the time of Augustus, the Romans rebuilt Tarsatica as a municipium Flumen (MacMullen 2000), situated on the right bank of the small river Rječina (whose name means "the big river"). It became a city within the Roman Province of Dalmatia until the 6th century. In this period the city is part of the Liburnia limes (system of walls and fortifications against raiding Barbarians). Remains of these walls are still visible in some places today.

After the 4th century Rijeka was rededicated to St. Vitus, the city's patron saint, as Terra Fluminis sancti Sancti Viti or in German Sankt Veit am Pflaum. From the 5th century onwards, the town was ruled successively by the Ostrogoths, the Byzantines, the Lombards, and the Avars. The city was burned down in 452 by the troops of Attila the Hun as part of their Aquileia campaign. Croats settled the city starting in the 7th century giving it the Croatian name, Rika svetoga Vida ("the river of Saint Vitus"). At the time, Rijeka was a feudal stronghold surrounded by a wall. At the center of the city, its highest point, was a fortress.

In 799 Rijeka was attacked by the Frankish troops of Charlemagne. Their Siege of Trsat was at first repulsed, during which the Frankish commander Duke Eric of Friuli was killed. However, the Frankish forces finally occupied and devastated the castle, while the Duchy of Croatia passed under the overlordship of the Carolingian Empire. From about 925, the town was part of the Kingdom of Croatia, from 1102 in personal union with Hungary. Trsat Castle and the town was rebuilt under the rule of the House of Frankopan. In 1288 the Rijeka citizens signed the Law codex of Vinodol, one of the oldest codes of law in Europe.

In the period from about 1300 to 1466 Rijeka was ruled by a number of noble families, the most prominent of which was the German Walsee family. Rijeka even rivalled Venice when in it was sold by Rambert II Walsee to the Habsburg emperor Frederick III, Archduke of Austria in 1466. It would remain under Austrian Habsburg rule for over 450 years (except for a brief period of French rule between 1809 and 1813) until the end of World War I in 1918 when it was occupied by Croatian and subsequently by Italian irregulars.

### Under Habsburg rule

Austrian presence on the Adriatic Sea was seen as a threat by the Republic of Venice and during the War of the League of Cambrai the Venetians raided and devastated the city with great loss of life in 1508 and again in 1509. The city did however recover and remain under Austrian rule. For its fierce resistance to the Venetians it received the title of the "most loyal city" ("fidelissimum oppidium") as well as commercial privileges from the Austrian emperor Maximilian I in 1515. While Ottoman forces attacked the town several times, they never occupied it. From the 16th century onwards, Rijeka's present Renaissance and Baroque style started to take shape. Emperor Charles VI declared the Port of Rijeka a free port (together with the Port of Trieste) in 1719 and had the trade route to Vienna expanded in 1725.

On November 28, 1750 Rijeka was hit by a large earthquake. The devastation was so widespread that the city had to be almost completely rebuilt. In 1753, the Austrian Empress Maria Theresa approved the funding for rebuilding Rijeka as a "new city" ("Civitas nova"). The rebuilt Rijeka was significantly different - it was transformed from a small medieval walled town into a larger commercial and maritime city centered around its port.

By order of Maria Theresa in 1779, the city was annexed to the Kingdom of Hungary and governed as corpus separatum directly from Budapest by an appointed governor, as Hungary's only international port. From 1804, Rijeka was part of the Austrian Empire (Kingdom of Croatia-Slavonia after the Compromise of 1867), in the Croatia-Slavonia province.

During the Napoleonic Wars, Rijeka was briefly captured by the French Empire and included in the Illyrian Provinces. During the French rule, between 1809 and 1813, the critically important Louisiana road was completed (named after Napoleon's wife Marie Louise). The road was the shortest route from Rijeka to the interior (Karlovac) and gave a strong impulse to the development of Rijeka's port. In 1813 the French rule came to an end when Rijeka was first bombarded by the Royal Navy and later re-captured by the Austrians under the command of the Irish general Laval Nugent von Westmeath. The British bombardment has an interesting side story. The city was apparently saved from annihilation by a young lady named Karolina Belinić who - amid the chaos and destruction of the bombardment - went to the English fleet commander and convinced him that further bombardment of the city was unnecessary (the small French garrison was quickly defeated and left the city). The legend of Karolina is warmly remembered by the population even today. She became a folk hero Karolina Riječka (Caroline of Rijeka) and has been celebrated in plays, movies and even in a rock opera.

In the early 19th century, the most prominent economical and cultural leader of the city was Andrija Ljudevit Adamić. Fiume also had a significant naval base, and in the mid-19th century it became the site of the Austro-Hungarian Naval Academy (K.u.K. Marine-Akademie), where the Austro-Hungarian Navy trained its officers.

### Hungarian Crown

During the Hungarian revolution of 1848, when Hungary tried to gain independence from Austria, Rijeka was captured by the Croatian troops (loyal to Austria) commanded by Ban Josip Jelačić. The city was then annexed directly to Croatia, although it did keep a degree of autonomy.

Giovanni de Ciotta (mayor from 1872 to 1896) proved to be an authoritative local political leader. Under his leadership, an impressive phase of expansion of the city started, marked by major port development, fuelled by the general expansion of international trade and the city's connection (1873) to the Austro-Hungarian railway network. Modern industrial and commercial enterprises such as the Royal Hungarian Sea Navigation Company " Adria ", a rival shipping company the Ungaro-Croata (established in 1891) and the Smith and Meynier paper mill (which operated the first steam engine in south-east Europe), situated in the Rječina canyon, producing cigarette paper sold around the world.

The second half of the 19th century and the beginning of the 20th century (up to World War I) was a period of great prosperity, rapid economic growth and technological dynamism for Rijeka. Many authors and witnesses describe Rijeka of this time as a rich, tolerant, well-to-do town which offered a good standard of living, with endless possibilities for making one's fortune. The Pontifical Delegate Celso Costantini noted in his diary "the religious indifference and apathy of the town". The further industrial development of the city included the first industrial scale oil refinery in Europe in 1882 and the first torpedo factory in the world in 1866, after Robert Whitehead, manager of the " Stabilimento Tecnico Fiumano " (an Austrian engineering company engaged in providing engines for the Austro-Hungarian Navy), designed and successfully tested the world's first torpedo. In addition to the Whitehead torpedo factory, which opened in 1874, the oil refinery (1882) and the paper mill, many other industrial and commercial enterprises were established or expanded in these years. These include a rice husking and starch factory (one of the largest in the world), a wood and furniture company, a wheat elevator and mill, the Ganz-Danubius shipbuilding industries, a cocoa and chocolate factory, a brick factory, a tobacco factory (the largest in the Monarchy), a cognac distillery, a pasta factory, the Ossoinack barrel and chest factory, a large tannery, five foundries and many others. At the beginning of the 20th century more than half of the industrial capacity in Croatia (which was at that time mostly agrarian) was located in Rijeka.

Rijeka's Austro-Hungarian Marine Academy became a pioneering centre for high-speed photography. The Austrian physicist Peter Salcher working in the Academy took the first photograph of a bullet flying at supersonic speed in 1886, devising a technique that was later used by Ernst Mach in his studies of supersonic motion.

Rijeka's port underwent tremendous development fuelled by generous Hungarian investments, becoming the main maritime outlet for Hungary and the eastern part of the Austro-Hungarian Empire. By 1913–14, the port of Fiume became the tenth-busiest port in Europe. The population grew rapidly from only 21,000 in 1880 to 50,000 in 1910. Major civic buildings constructed at this time include the Governor's Palace, designed by the Hungarian architect Alajos Hauszmann. There was an ongoing competition between Rijeka and Trieste, the main maritime outlet for Austria—reflecting the rivalry between the two components of the Dual Monarchy. The Austro-Hungarian Navy sought to keep the balance by ordering new warships from the shipyards of both cities.

During this period the city had an Italian majority. According to the census of 1880, in Rijeka there were 9,076 Italians, 7,991 Croats, 895 Germans and 383 Hungarians. Some historians claim that the city had a Slavic majority at the beginning of the 19th century, because the 1851 census reported a Croatian majority. However, this census is considered not very reliable by Italian historians. At the last Austro-Hungarian census in 1910, the corpus separatum had a population of 49,806 people and was composed of the following linguistic communities:

By religion, the census of 1910 indicates that - from the total of 49,806 inhabitants - there were 45,130 Catholics, 1,696 Jewish, 1,123 Calvinist, 995 Orthodox and 311 Lutheran. The Jewish population expanded rapidly, particularly in the 1870s-1880s, and built a large synagogue in 1907 (which would be destroyed in 1944, during the German occupation, concurrent with the murder of most of the city's Jewish residents). On the eve of WWI, there were 165 inns, 10 hotels with restaurants, 17 cafés, 17 jewellers, 37 barbers and 265 tailor shops in Rijeka.

### World War I

World War I put an end to Rijeka's "golden era" of peace, stability and rapid economic growth. The city would never quite recover to the same level of prosperity. Initially there was a semblance of normalcy (the city was far from the frontlines), however - a growing part of the male population started to be mobilized by the army and the navy. The city's war-related industries continued to work full steam and contributed significantly to the Austro-Hungarian war effort, especially to the navy. The shipyard Ganz-Danubius produced a number of warships and submarines like the U-27-class submarines, the Novara-class cruisers, the large battleship SMS Szent István and others. In total, between the early 1900s and 1918 the city's shipyards produced 1 battleship, 2 cruisers, 20 destroyers, 32 torpedo boats and 15 submarines for the navy. Rijeka was also the main center for the production of torpedoes. However, a lot changed with the war becoming a protracted conflict and especially with the Italian declaration of war on Austria-Hungary in May 1915. This opened a frontline only 90 km from the city and caused a pervasive sense of anxiety among the large Italian population. Several hundred Italians, considered disloyal (enemy non-combatants) by the authorities, were deported to camps in Hungary (Tápiósüly and Kiskunhalas), where many died of malnutrition and diseases. The torpedo factory was attacked by the Italian airship "Citta` di Novara" in 1915 (later shot down by Austrian hydroplanes) and suffered damages. As a consequence - most of the torpedo production was moved to Sankt Pölten in Austria, further away from the frontlines. The city was again attacked by Italian airplanes in 1916 and suffered minor damage. The Naval Academy ceased its activities and was converted to a war hospital (the ex-naval academy buildings are still housing the city hospital to this day). On 10 February 1918 the Italian navy raided the nearby bay of Bakar causing little material damage but achieving a significant propaganda effect. As the war dragged on, the city's economy and the living standard of the population deteriorated rapidly. Due to a maritime blockade, the port traffic suffered a collapse - from 2,892.538 tons in 1913 (before the war) to only 330.313 tons in 1918. Many factories - lacking manpower and/or raw materials - reduced the production or simply closed. Shortages of food and other basic necessities became widespread. Even public safety became a problem with an increase in the number of thefts, violent incidents and war profiteering. The crisis escalated on October 23, 1918, when the Croatian troops stationed in Rijeka (79th regiment) mutinied and temporarily took control of the city. Amid growing chaos, the Austro-Hungarian empire dissolved a few weeks later, on November 12, 1918, starting a long period of instability and uncertainty for the city.

### The "Fiume Question" and the Italian-Yugoslav dispute

Habsburg-ruled Austria-Hungary's disintegration in October 1918 during the closing weeks of World War I led to the establishment of rival Croatian-Serbian and Italian administrations in the city; both Italy and the founders of the new Kingdom of the Serbs, Croats and Slovenes (later the Kingdom of Yugoslavia) claimed sovereignty based on their " irredentist " ("unredeemed") ethnic populations.

After a brief military occupation by the Kingdom of Serbs, Croats and Slovenes, followed by the unilateral annexation of the former Corpus Separatum by Belgrade, an international force of British, Italian, French and American troops entered the city in November 1918. Its future became a major barrier to agreement during the Paris Peace Conference of 1919. The US president Wilson even proposed to make Rijeka a free city and the headquarters of the newly formed League of Nations.

The main problem arose from the fact that Rijeka was not assigned either to Italy or to Croatia (now Yugoslavia) in the Treaty of London which defined the post-war borders in the area. It remained assigned to Austria-Hungary because - until the very end of WWI - it was assumed that the Austro-Hungarian empire would survive WWI in some form and Rijeka was to become its only seaport (Trieste was to be annexed by Italy). However, once the empire disintegrated, the status of the city became disputed. Italy based its claim on the fact that Italians comprised the largest single nationality within the city (46.9% of the total population). Croats made up most of the remainder and were a majority in the surrounding area. Andrea Ossoinack, who had been the last delegate from Fiume to the Hungarian Parliament, was admitted to the conference as a representative of Fiume, and essentially supported the Italian claims. Nevertheless, at this point the city had had for years a strong and very active Autonomist Party seeking for Rijeka a special independent status among nations as a multicultural Adriatic city. This movement even had its delegate at the Paris peace conference - Ruggero Gotthardi.

### The Regency of Carnaro

On 10 September 1919, the Treaty of Saint-Germain was signed, declaring the Austro-Hungarian monarchy dissolved. Negotiations over the future of the city were interrupted two days later when a force of Italian nationalist irregulars led by the poet Gabriele D'Annunzio captured the city. Because the Italian government, wishing to respect its international obligations, did not want to annex Fiume, D'Annunzio and the intellectuals at his side eventually established an independent state, the Italian Regency of Carnaro, a unique social experiment for the age and a revolutionary cultural experience in which various international intellectuals of diverse walks of life took part (like Osbert Sitwell, Arturo Toscanini, Henry Furst, Filippo Tommaso Marinetti, Harukichi Shimoi, Guglielmo Marconi, Alceste De Ambris, Whitney Warren and Léon Kochnitzky).

Among the many political experiments that took place during this experience, D'Annunzio and his men undertook a first attempt to establish a movement of non-aligned nations in the so-called League of Fiume, an organisation antithetic to the Wilsonian League of Nations, which it saw as a means of perpetuating a corrupt and imperialist status quo. The organisation was aiming primarily at helping all oppressed nationalities in their struggle for political dignity and recognition, establishing links with many movements on various continents, but it never found the necessary external support and its main legacy remains today the Regency of Carnaro's recognition of Soviet Russia, the first state in the world to have done so.

The Liberal Giovanni Giolitti became Premier of Italy again in June 1920; this signalled a hardening of official attitudes to D'Annunzio's coup. On 12 November, Italy and Yugoslavia concluded the Treaty of Rapallo, which envisaged Fiume becoming an independent state, the Free State of Fiume, under a government acceptable to both powers. D'Annunzio's response was characteristically flamboyant and of doubtful judgment: his declaration of war against Italy invited the bombardment by Italian royal forces which led to his surrender of the city at the end of the year, after five days' resistance (known as Bloody Christmas). Italian troops freed the city from D'Annunzio's militias in the last days of December 1920. After a world war and additional two years of economic paralysis the city economy was nearing collapse and the population was exhausted.

### The Free State of Fiume

In a subsequent democratic election the Fiuman electorate on 24 April 1921 approved the idea of a free state of Fiume-Rijeka with a Fiuman-Italo-Yugoslav consortium ownership structure for the port, giving an overwhelming victory to the independentist candidates of the Autonomist Party. Fiume became consequently a full-fledged member of the League of Nations and the ensuing election of Rijeka's first president, Riccardo Zanella, was met with official recognition and greetings from all major powers and countries worldwide. Despite many positive developments leading to the establishment of the new state's structures, the subsequent formation of a constituent assembly for the state did not put an end to strife within the city. A brief Italian nationalist seizure of power ended with the intervention of an Italian royal commissioner, and another short-lived peace was interrupted by a local Fascist putsch in March 1922 which ended with a third Italian intervention to restore the previous order. Seven months later the Kingdom of Italy itself fell under Fascist rule and Fiume's fate was therefore sealed, the Italian Fascist Party being among the strongest proponents of the annexation of Fiume to Italy. The Free State of Fiume thus was to officially become the first country victim of fascist expansionism.

### The territory of Fiume part of the Kingdom of Italy

The period of diplomatic acrimony was closed by the bilateral Treaty of Rome (27 January 1924), signed by Italy and Yugoslavia. With it the two neighbouring countries agreed to partition the territory of the small state. Most of the old Corpus Separatum territory became part of Italy, while a few Croatian/Slovenian-speaking villages to the north of the city were annexed by Yugoslavia. The annexation happened de facto on 16 March 1924, and it inaugurated about twenty years of Italian government for the city proper, to the detriment of the Croatian minority, which fell victim of discrimination and targeted assimilation policies.

The city became the seat of the newly formed Province of Fiume. In this period Fiume lost its commercial hinterland and thus part of its economic potential as it became a border town with little strategic importance for the Kingdom of Italy. However, since it retained the Free Port status and its iconic image in the nation-building myth, it gained many economic concessions and subsidies from the government in Rome. These included a separate tax treatment from the rest of Italy and a continuous inflow of investments from the Italian state (although not as generous as previous Hungarian ones). The city regained a good level of economic prosperity and was much richer than the surrounding Yugoslav lands, but the economic and demographic growth slowed down if compared to the previous Austro-Hungarian period.

### World War II and the German Operational Zone

At the beginning of World War II Rijeka immediately found itself in an awkward position. The city's largest demographic was Italian followed by Croatian constituting most of the remainder, but its immediate surroundings and the city of Sušak, just across the Rječina river (today a part of Rijeka proper) were inhabited almost exclusively by Croatians and part of a potentially hostile power— Yugoslavia. Once the Axis powers invaded Yugoslavia in April 1941, the Croatian areas surrounding the city were occupied by the Italian military, setting the stage for an intense and bloody insurgency which would last until the end of the war. Partisan activity included guerrilla-style attacks on isolated positions or supply columns, sabotage and killings of civilians believed to be connected to the Italian and (later) German authorities. This, in turn, was met by stiff reprisals from the Italian and German military. On 14 July 1942, in reprisal for the killing of four civilians of Italian origin by Partisans, the Italian military killed 100 men from the suburban village of Podhum, resettling the remaining 800 people to concentration camps.

After the surrender of Italy to the Allies in September 1943, Rijeka and the surrounding territories were occupied and annexed by Germany, becoming part of the Adriatic Littoral Zone. Partisan activity continued and intensified. On 30 April 1944, in the nearby village of Lipa, German troops killed 263 civilians in reprisal for the killing of several soldiers during a Partisan attack.

The German and Italian occupiers and their local collaborators deported some 80 percent of the city's roughly 500 Jews to Auschwitz. A larger proportion of Rijeka's Jewish population was murdered in the Holocaust than that of any other city in Italian territory.

Because of its industries (oil refinery, torpedo factory, shipyards) and its port facilities, the city was also a target of more than 30 Anglo-American air attacks, which caused widespread destruction and hundreds of civilian deaths. Some of the heaviest bombardments happened on 12 January 1944 (attack on the refinery, part of the oil campaign), on 3–6 November 1944, when a series of attacks resulted in at least 125 deaths and between 15 and 25 February 1945 (200 dead, 300 wounded).

The area of Rijeka was heavily fortified even before World War II (the remains of these fortifications can be seen today on the outskirts of the city). This was the fortified border between Italy and Yugoslavia which, at that time, cut across the city area and its surroundings. As Yugoslav troops approached the city in April 1945, one of the fiercest and largest battles in this area of Europe ensued. The 27,000 German and additional Italian RSI troops fought tenaciously from behind these fortifications (renamed "Ingridstellung"—Ingrid Line—by the Germans). Under the command of the German general Ludwig Kübler they inflicted thousands of casualties on the attacking Partisans, which were forced by their superiors to charge uphill against well-fortified positions to the north and east of the city. The Yugoslav commanders did not spare casualties to speed up the capture of the city, fearing a possible English landing in area which would prevent their advance towards Trieste before the war was over. After an extremely bloody battle and heavy losses on the attackers side, the Germans were forced to retreat. Before leaving the city the German troops destroyed much of the harbour area and other important infrastructure with explosive charges. However, the German attempt to break out of the encirclement north-west of the city was unsuccessful. Of the approximately 27,000 German and other troops retreating from the city, 11,000 were killed or executed after surrendering, while the remaining 16,000 were taken as prisoners. Yugoslav troops entered Rijeka on 3 May 1945. The city had suffered extensive damage in the war. The economic infrastructure was almost completely destroyed, and of the 5,400 buildings in the city at the time, 2,890 (53%) were either completely destroyed or damaged.

### Aftermath of World War II

The city's fate was once again solved by a combination of force and diplomacy. Despite insistent requests from the Fiuman government in exile collaboration with the partisans and calls to respect the city-state's internationally recognized sovereignty, and despite generous initial promises given by the Yugoslav authorities of full independence and later of extensive autonomy for the city-state (the locals were promised various degrees of autonomy at different moments during the war, most notably the possibility to be a state of the Federal Republic of Yugoslavia), the city was annexed by Yugoslavia and incorporated as part of the federal state of Croatia. All the many voices of dissent within the population were silenced in the 12 months following the end of the war. The situation created by the Yugoslav forces on the ground was eventually formalized by the 1947 Paris peace treaty between Italy and the Allies on 10 February 1947, despite both the complaints by the last democratically-elected government and its president-in-exile Riccardo Zanella and the attempts of the experienced Italian foreign minister Carlo Sforza to uphold the previous Wilsonian plans for a multicultural Free State solution, with a local headquarters for the newly created United Nations. Once the change to Yugoslav sovereignty was formalized, and in particular in the years leading to the Trieste Crisis of 1954, 58,000 of the city's 66,000 inhabitants were gradually pushed either to emigrate (they became known in Italian as esuli or the exiled ones from Istria, Fiume and Dalmatia) or to endure harsh oppression by the new Yugoslav Communist regime. The Yugoslav communist party opted for a markedly Stalinist approach to solving the local ethnic question, in particular after the Autonomist sympathisers gained massive support in the first local elections held on the city's territory between 1945 and 1946.

The discrimination and persecution that many inhabitants experienced at the hands of Yugoslav officials, in the last days of World War II and the first years of peace, still remain painful memories for the locals and the esuli, and are somewhat of a taboo topic for Rijeka's political milieu, which is still largely denying the events. Summary executions of alleged Fascists (often well-known anti-fascists or openly apolitical), aimed at hitting the local intellectual class, the Autonomists, the commercial classes, the former Italian public servants, the military officials and often also ordinary civilians (at least 650 executions of Italians took place after the end of the war) eventually forced most Italophones (of various ethnicities) to leave Rijeka/Fiume in order to avoid becoming victims of a harsher retaliation. The removal was a meticulously planned operation, aimed at convincing the hardly assimilable Italian part of the autochthonous population to leave the country, as testified decades later by representatives of the Yugoslav leadership.

The most notable victims of the political and ethnic repression of locals in this period was the Fiume Autonomists purge hitting all the autonomist figures still living in the city, and now associated in the Liburnian Autonomist Movement. The Autonomists actively helped the Yugoslav partisans in liberating the region from Fascist and Nazi occupation, and, despite receiving various promises of large political autonomy for the city, they were eventually all assassinated by the Yugoslav secret police OZNA in the days leading up to the Yugoslav army's victorious march into city and its aftermath.

In subsequent years, the Yugoslav authorities joined the municipalities of Fiume and Sušak and, after 1954, less than one third of the original population of the now united municipalities (mostly what was previously the Croat minority in Fiume and the majority in Sušak) remained in the city, because the old municipality of Fiume lost in these years more than 85% of the original population. The Yugoslav plans for a more obedient demographic situation in RIjeka culminated in 1954 during the Trieste crisis, when the Yugoslav Communist Party rallied many local members to ruin or destroy the most notable vestiges of the Italian/Venetian language and all bilingual inscriptions in the city (which had been legally granted a fully bilingual status after the occupation in 1945), eventually also 'de facto' (but not 'de jure') deleting bilinguilism, except in a handful of selected bilingual schools and inside the Italian Community's own building. After the war the local ethnic Italians of Rijeka left Yugoslavia for Italy (Istrian-Dalmatian exodus).

The city was then resettled by immigrants from various parts of Yugoslavia, once more changing heavily the city's demographics and its linguistic composition. These years coincided also with a period of general reconstruction and new program of industrialization after the destruction of the war. During the period of the Yugoslav Communist administration between the 1950s and the 1980s, the city became the main port of the Federal Republic and started to grow once again, both demographically and economically, taking advantage of the newly re-established hinterland that had been lacking during the Italian period, as well as the rebuilding after the war of its traditional manufacturing industries, its maritime economy and its port potential. This, paired with its rich commercial history, allowed the city to soon become the second richest (GDP per capita) district within Yugoslavia. However, many of these industries and companies, being based on a socialist planned economic model were not able to survive the move to a market-oriented economy in the early 1990s.

As Yugoslavia broke up in 1991, the former Federal State of Croatia became independent and, in the Croatian War of Independence that ensued, Rijeka became part of the newly independent Croatia. Since then, the city has stagnated economically and its demography has plunged. Some of its largest industries and employers have gone out of business, the most prominent among them being the Jugolinija shipping company, the torpedo factory, the paper mill and many other small or medium manufacturing and commercial companies. Other companies have struggled to remain economically viable (like the city's landmark 3. Maj shipyard). The number of people working in manufacturing dropped from more than 80,000 in 1990 to only 5,000 two decades later. Privatization scandals and the large scale corruption which marked Croatia's transition from socialism to capitalism as well as several years of war economy played a significant role in the collapse of the city's economy during the 1990s and early 2000s. A difficult and uncertain transition of the city's economy away from manufacturing and towards an economy based on services and tourism is still in progress.

In 2018, it was announced that, 65 years after the abolition of Italian as the official language of the city, new Croatian-Italian bilingual signs will be placed back in the Fiume part of the modern united municipality.

In 2020, Rijeka was voted the European Capital of Culture alongside Galway, with a planned program including more than 600 events of cultural and social importance.

## Rijeka's International Carnival

The Rijeka Carnival (Croatian: Riječki karneval) is held each year before Lent (between late January and early March) in Rijeka, Croatia. Established in 1982, it has become the biggest carnival in Croatia. Every year there are numerous events preceding the carnival itself. First the mayor of Rijeka gives the symbolic key of the city to Meštar Toni, who is "the maestro" of the carnival, and he becomes the mayor of the city during the carnival, although this is only figuratively. Same day, there is an election of the carnival queen. As all the cities around Rijeka have their own events during the carnival time, Queen and Meštar Toni are attending most of them.

Also, every year the Carnival charity ball is held in the Governor's palace in Rijeka. It is attended by politicians, people from sport and media life, as well as a number of ambassadors.

The weekend before the main event there are two other events held. One is Rally Paris–Bakar (after the Dakar Rally). The start is a part of Rijeka called Paris after the restaurant located there, and the end is in city of Bakar, located about 20 kilometres (12 miles) south-east. All of the participants of the rally wear masks, and the cars are mostly modified old cars. The other event is the children's carnival, held, like the main one, on Rijeka's main walkway Korzo. The groups that participate are mostly from kindergartens and elementary schools, including groups from other parts of Croatia and neighboring countries. In 1982 there were only three masked groups on Rijeka's main walkway Korzo. In recent years, the international carnival has attracted around 15,000 participants from all over the world organized in over 200 carnival groups, with crowds of over 100,000.

## Demographics

In the 2021 census, the city proper had a population of 107,964, which included:

Other groups, including Slovenes and Hungarians, formed less than 1% each.

The Croatian census recognized two settlements within the City of Rijeka - the city itself with a population of 128,384, and " Bakar " with a population of 240, which is the village of Sveti Kuzam, separate from the neighboring town of Bakar. On 27 February 2014, Rijeka city council passed a decision to annex the settlement (named "Bakar-dio (Sv. Kuzam")) to the settlement of Rijeka.

The following tables list the city's population, along with the population of ex-municipality (disbanded in 1995), the urban and the metropolitan area.

- Ex-municipality: consists of other towns and municipalities (outside Rijeka city proper) in a former official union of adjacent settlements which was disbanded in 1995. It includes towns and municipalities of Kastav, Viškovo, Klana, Kostrena, Čavle, Jelenje, Bakar and Kraljevica.

- Urban agglomeration: considered as adjacent area. It includes the ex-municipality along with towns and municipalities of Opatija, Lovran, Mošćenička Draga and Matulji, which form urban agglomeration.

- Metro area: considered territory of consolidated expansion. It includes towns and municipalities of Crikvenica, Novi Vinodolski, Vinodolska, Lokve, Fužine, Delnice and Omišalj, which all gravitate towards the City of Rijeka.

- v

## Panoramas

## Notable people

### Scientists, professors and inventors

- Archduke Joseph Karl of Austria, Archduke of the Austro-Hungarian Empire, Romani language philologist and Romani ethnographer, member of the Hungarian Academy of Sciences

- Robert Bartini, Fiuman-Soviet aircraft designer and scientist, creator of the Bartini A-57 and Bartini Beriev VVA-14

- Mihaly Csikszentmihalyi, Fiuman-Hungarian Psychology Professor at Claremont Graduate University, known as the architect of the notion of flow

- Umberto D'Ancona, Fiuman-Italian Biology Professor and founder of the Hydro-biological Station in Chioggia

- Aladár Fest, Fiuman-Hungarian pioneer pedagogue, historian that wrote his works in Hungarian, German and Italian.

- Antonio Grossich, Fiuman-Italian doctor, professor of surgery and inventor of the Tincture of iodine, senator and irredentist politician

- William Klinger, historian of Fiuman, Croatian and Yugoslav history

- Giovanni Kobler, Fiuman historian whose work is considered the major milestone in the Rijeka historiography

- Giovanni Luppis, Fiuman officer of the Austro-Hungarian Navy, lead inventor of the first torpedo

- Paul Neményi, Fiuman-Hungarian mathematician and physicist, and the probable father of former World Chess Champion Bobby Fischer

- Sándor Alexander Riegler, Hungarian professor of chemistry and physics

- Peter Salcher, Fiuman-Austrian physicist of the Fiume Academy, pioneer of ultrafast photography and aerodynamic studies

- Petar Strčić, Croatrian historian

- Danilo Klen, Croatian historian whose main focus of work were Rijeka and Istria

### Arts and culture

- Oretta Fiume, Fiuman-Italian cinema star of the 1930s and 1940s, with her final role in Fellini 's La Dolce Vita

- Irma Gramatica, Fiuman-Italian stage and film actress

- Janko Polić Kamov, Croatian writer and poet from Sušak

- Marija Krucifiksa Kozulić, Catholic nun, founder of the order of the Sisters of the Sacred Heart of Jesus

- Aldo Lado, Italian film director

- Geronimo Meynier, Fiuman-Italian teen film actor

- Osvaldo Ramous, Fiuman poet and writer that signed the town's 20th-century literature and cultural life

- Romolo Venucci, Fiuman-Italian cubist painter and sculptor

- Ödön von Horváth, Austro-Hungarian playwright, author of the play Geschichten aus dem Wiener Wald, winner of the Kleist Prize in 1931

- Heinrich von Littrow, Czech and Austrian poet, writer and cartographer

- Leo von Littrow, Fiuman Impressionist artist, a major exponent of the artistic movement in Southern Europe

### Politics and institutions

- Mario Blasich, Fiuman politician and physician, victim of the Fiume Autonomists purge of 1945.

- Giovanni de Ciotta, Fiuman-Italian entrepreneur and politician

- Kolinda Grabar-Kitarović, Croatia's 4th and first female president from 2015 to 2020

- János Kádár, Chairman of the Central Committee of the Hungarian Communist Party, served for more than 30 years as the leader of Hungary

- Michele Maylender, Fiuman politician during the Hungarian Crown's dependency, founder of the Autonomist Party of Fiume

- Andrea Ossoinack, businessman and politician, among the founders of the Free State of Fiume and founder of the Autonomist League of Fiume

- Giovanni Palatucci, last Italian superintendent of Fiume and Righteous Among The Nations

- Leo Valiani, Fiuman-Italian historian, politician and journalist, a prominent dissident during the Italian fascist regime

- Miklós Vásárhelyi, Fiuman-Hungarian dissident and writer, famous for his decades-long fight against the Hungarian communist party headed by János Kádár

- Nino Host Venturi, Fiuman-Italian fascist leader, politician and historian

- Alexander von Hoyos, Fiuman-Hungarian diplomat who played a major role during the July Crisis while serving as chef de cabinet of the Foreign Minister at the outbreak of World War I in 1914

- Sebő Vukovics (Sava Vuković), Hungarian Minister of Justice in 1849 during the Hungarian Revolution of 1848

- Riccardo Zanella, Fiuman politician, first and only elected president of the Free State of Fiume

### Economists and entrepreneurs

- Andrea Lodovico Adamich, Aristocratic trader from Fiume, builder, and one of the most prominent supporters of the economical and cultural development of the city

- Luigi Ossoinack, serial entrepreneur and businessman, was one of the main drivers of Fiume's economic boom during the second half of the 19th century

- Robert Whitehead, English serial entrepreneur, known for developing the first effective self-propelled naval torpedo, in collaboration with Giovanni Luppis in Fiume

### Sportspeople

- Mirza Džomba, Croatian handball player, world champion and Olympic champion

- Ezio Loik, Italian footballer, member of the Grande Torino team which won 5 consecutive Serie A titles in the 1940s and the Italian national team

- Abdon Pamich, Fiuman-Italian race walker, gold medalist at the 1964 Tokyo Summer Olympics

- Ulderico Sergo, Fiuman-Italian professional boxer, gold medalist at the 1936 Summer Olympics in Berlin

- Orlando Sirola, Fiuman-Italian tennis player

- Luciano Sušanj, Fiuman-Croatian politician, European athletic champion

- Mario Varglien, Italian footballer, Juventus player with record appearances and world champion in 1934

- Oscarre Vicich, footballer

- Rodolfo Volk, footballer and member of the AS Roma Hall of Fame

- Stefano Vukov, tennis coach known for coaching Wimbledon champion Elena Rybakina

- Vladimir Vujasinović, Serbian water polo player, World and European champion, Olympic silver and bronze medalist

### Musicians

- Dino Ciani, Fiuman-Italian pianist

- Damir Urban, Croatian musician and singer-songwriter, former member of the band Laufer

- Ivan Zajc, Fiuman-Croatian composer, conductor, director and teacher

- Marko Purišić, Music Artist, achieved 2nd place in the Eurovision Song Contest in 2024 and known as Baby Lasagna

### Others

- Agathe Whitehead, Fiuman-born English heiress and mother of the Trapp Family singers

## Main sights

- Tvornica "Torpedo" (the Torpedo factory). The first European prototypes of a self-propelled torpedo, created by Giovanni Luppis, a retired naval engineer from Rijeka. The remains of this factory still exist, including a well-preserved launch ramp used for testing self-propelled torpedoes on which in 1866 the first torpedo was tested.

- The Croatian National Theatre building. Officially opened in October 1885, the grand theatre building includes work by the famous Venetian sculptor August Benvenuti and ceiling artist Franz Matsch, who collaborated with Ernst and Gustav Klimt.

- Svetište Majke Božje Trsatske – the Sanctuary of Our Lady of Trsat. Built 135 m (443 ft) above sea level on the Trsat hill during the late Middle Ages, it represents the Guardian of Travellers, especially seamen, who bring offerings to her so she will guard them or help them in time of trouble or illness. It is home to the Gothic sculpture of the Madonna of Slunj and to works by the Baroque painter C. Tasce.

- Trsat Castle, a 13th-century fortress, which offers magnificent vistas from its bastions and ramparts, looking down the Rječina river valley to the docks and the Kvarner Gulf.

- Petar Kružić staircase (or Trsat stairway), which links downtown Rijeka to Trsat. The stairway consists of 561 stone steps and was built for the pilgrims as the way to reach the Sanctuary of Our Lady of Trsat.

- Old gate or Roman arch. At first it was thought that this was a Roman Triumphal Arch built by the Roman Emperor Claudius Gothicus but later it was discovered to be just a portal to the pretorium, the army command in late antiquity.

- Rijeka Cathedral, dedicated to St. Vitus.

- Palace Modello designed by Buro Fellner & Helmer and built in 1885.

- Stadion Kantrida, was included on CNN's list of the world's most iconic and unusual football stadiums in 2011.

- Art installation "Masters", a site-specific art installation by Czech artist Pavel Mrkus was permanently placed beneath the high ceiling vault on the inner balconies of Rijeka's fish market. The installation consists of a video segment - a projection of Mrkus's video recorded on the DIMI fishing trawler while fishing in the Kvarnerić waters – and it is accompanied by an audio segment of the sounds of the sea and a fishing boat that can only be heard in the fish market gallery. It is a story that pays homage to those who are never seen here, but without whom there would be no fish on the tables.

- Art installation "Balthazartown Beach", a site-specific art installation found its place on the Grčevo beach, more commonly known as Pajol or Šestica, located at the very end of Pećine near the Viktor Lenac Shipyard. Under the mentorship of artist Igor Eškinja, students of the Academy of Applied Arts of the University of Rijeka designed a steel sculpture that changes the observer's experience of the environment and they created 15 inscriptions on a concrete plateau that encourage everyone to play and are visible only when in contact with water. The artistic process is inspired by the theme of Professor Balthazar, the world-famous and award-winning animated series, in which the scenographer used Rijeka as the primary inspiration in the creation of Balthazartown.

## Climate

Rijeka has a humid subtropical climate (Cfa by the Köppen climate classification) with warm summers and relatively mild and rainy winters. The terrain configuration, with mountains rising steeply just a few kilometres inland from the shores of the Adriatic, provides for some striking climatic and landscape contrasts within a small geographic area. Beaches can be enjoyed throughout summer in a typically Mediterranean setting along the coastal areas of the city to the east (Pećine, Kostrena) and west (Kantrida, Preluk). At the same time, the ski resort of Platak, located only about 10 kilometres (6.2 mi) from the city, offers alpine skiing and abundant snow during winter months (at times until early May). The Kvarner Bay and its islands are visible from the ski slopes. Unlike typical mediterranean locations, Rijeka does generally not see a summer drought. Snow is rare (usually three days per year, almost always occurring in patches). There are 20 days a year with a maximum of 30 °C (86 °F) or higher, while on one day a year the temperature does not exceed 0 °C (32 °F). Fog appears in about four days per year, mainly in winter. The climate is also characterized by frequent rainfall. Cold (bora) winds are common in wintertime.

## Transport

The Port of Rijeka is the largest port in Croatia, with a cargo throughput in 2017 of 12.6 million tonnes, mostly crude oil and refined petroleum products, general cargo and bulk cargo, and 260,337 twenty-foot equivalent units (TEUs). The port is managed by the Port of Rijeka Authority. The first record of a port in Rijeka date back to 1281, and in 1719, the Port of Rijeka was granted a charter as a free port. There are ferry connections between Rijeka and the surrounding islands and cities, but no direct international passenger ship connections. There are coastal lines to Split and onward to Dubrovnik, which operate twice weekly and have international connections.

The city is difficult to get to by air outside of the tourist season. The city's own international airport, Rijeka Airport is located on the nearby island of Krk across the Krk Bridge. Buses, with a journey time of approximately 45 minutes, operate from Rijeka city center and nearby Opatija, with a schedule based on the planned arrival and departure times of flights. Handling 200,841 passengers in 2019, the facility is more of a charter airport than a serious transport hub, although various scheduled airlines have begun to service it with a comparatively large number of flights coming from airports in Germany. Most of these flights only operate during the tourist season between approximately May and October. Alternative nearby airports include Pula (around 90 minutes drive from Rijeka), Trieste (around 90 minutes), Ljubljana (around 2 hours), Zagreb (around 2 hours) and Venice (around 3 hours).

Rijeka has efficient road connections to other parts of Croatia and neighbouring countries. The A6 motorway connects Rijeka to Zagreb via the A1, while the A7 motorway, completed in 2004, links Rijeka with Ljubljana, Slovenia, via Ilirska Bistrica and with Trieste, Italy. The A7 acts as the Rijeka bypass motorway and facilitates access to the A8 motorway of the Istrian Y network starting with the Učka Tunnel, and linking Rijeka with Istria. As of August 2011, the bypass is being extended eastwards to the Krk Bridge area and new feeder roads are under construction.

Rijeka is integrated into the Croatian railway network and international rail lines. A fully electrified railway connects Rijeka to Zagreb and beyond towards Koprivnica and the Hungarian border as part of Pan-European corridor Vb. Rijeka is also connected to Trieste and Ljubljana by a separate electrified line that extends northwards from the city. Rijeka has direct connections by daily/night trains to Prague, München, Salzburg, Ljubljana, Bratislava and Brno. Construction of a new high performance railway between Rijeka and Zagreb, extending to Budapest is planned, as well as rail links connecting Rijeka to the island of Krk and between Rijeka and Pula.

### Bus connections

Rijeka Bus Station is connected by regular bus lines with all major Croatian cities such as Zagreb, Osijek, Slavonski Brod, Đakovo, Nova Gradiška, Požega, Vukovar, Gospić, Karlovac, Zadar, Šibenik, Split, Makarska and Dubrovnik. Departures are frequent in the direction of Istria, the islands of Cres, Lošinj, Krk, Rab and Pag and the towns around Crikvenica, Novi Vinodolski and Senj. From international lines, there are regular departures in the direction of Germany, Switzerland, Italy, Bosnia and Herzegovina and Serbia.

KD Autotrolej d.o.o. is a carrier of passengers in the area of the City of Rijeka and cities / towns in the suburbs (the so-called Rijeka ring).

## Sports

The history of Rijeka's organised sports started between 1885 and 1888 with the foundation of the Club Alpino Fiumano in 1885, the Young American Cycle Club in 1887 (the first club of this American league to be founded in a foreign land), and the Nautico Sport Club Quarnero in 1888 by the Hungarian minority of the city. Even earlier, in 1873, following the initiative by Robert Whitehead, the first football match to be disputed in today's Republic of Croatia territory was played in Rijeka: the Hungarian Railways team and the English engineers-led team of the Stabilimento Tecnico di Fiume (later Torpedo Factory of Fiume). The first football club in Fiume was founded under the name of Fiumei Atletikai Club.

Today, HNK Rijeka is the city's main football team, which competes in the Croatian Football League. They were the champions of Croatia in 2016–17. Until July 2015, HNK Rijeka was based at the iconic Stadion Kantrida. With Kantrida awaiting reconstruction, they are based at the newly built Stadion Rujevica, their temporary home in the club's new training camp. Additionally, HNK Orijent is based in Sušak and plays in the First Football League (second tier).

Rijeka's other notable sports clubs include RK Zamet and ŽRK Zamet (handball), VK Primorje EB (water polo), KK Kvarner (basketball) and ŽOK Rijeka (women's volleyball).

Between 1969 and 1990, Rijeka hosted the Yugoslav motorcycle Grand Prix that was part of the Grand Prix motorcycle racing. Rijeka also hosted the 2008 European Short Course Swimming Championships. In over 80 years, LEN had never seen so many records as the number set at Bazeni Kantrida (Kantrida Swimming Complex). A total of 14 European records were set, of which 10 were world records, and even 7 were world-best times. This championship also presented a record in the number of participating countries. There were more than 600 top athletes from some 50 European countries. Swimmers from 21 nations won medals, and 40 of the 51 national member Federations of LEN were present in Rijeka.

## International relations

### Twin towns – sister cities

Rijeka is twinned with:

## In popular culture

The German western Winnetou movies from the 1960s, based on Karl May novels, were in part filmed on location in the outskirts of Rijeka.

Marvel 's villain Purple Man originates from this city, and Rijeka has been present in many of the character's stories.

The setting of the 1970s cartoon series Professor Balthazar was inspired by Rijeka.

The 1980s American TV series The Winds of War was in part filmed in Rijeka and the surrounding areas.

A stylised version of Fiume during the 1920s was one of the main settings in the 1992 movie Porco Rosso by world acclaimed Japanese director Hayao Miyazaki, as the town in front of which the fantastical "Hotel Adriano" is found and to which it is connected by a boat service taken by the protagonist.

Bruce Sterling 's November 2016 novel, written in collaboration with Warren Ellis, Pirate Utopia, a dieselpunk alternative history, is set in Fiume (now Rijeka) in 1920 during the short-lived Italian Regency of Carnaro.

The TV series Novine (The Paper), which has been streaming on Netflix since April 2018, is based in Rijeka and the city was used as the main filming location.

In 2019 the movie The Hitman's Wife's Bodyguard with was in part filmed in Rijeka.

Recently Rijeka - with its historic industrial sites, unusual hilly setting, sweeping views and retro architecture - has become a popular location for the filming of TV-advertisements. Examples include advertisements for the Belgian internet provider Telenet, Japanese tire manufacturer Bridgestone, German retail chain DM, Japanese Honda Civic Type R cars, Ukrainian seafood restaurant chain Flagman, Slovenian soft drink brand Cockta, German car manufacturer Mercedes and others. ==Corpus Separatum Guvernors== Majláth József (1779, Almássy Pál, Szapáry János, Pászthory Sándor, Klobusiczky József, Ürményi Ferenc, Kiss Pál, Erdődy János, Cseh Ede, Zichy József, Szapáry Géza, Zichy Ágost, Batthyány Lajos, Abele Rezső, Gaál Tibor, Szapáry László, Gaál Tibor, Roszner Ervin, Gaál Tibor, Szapáry Pál, Gaál Tibor, Károlyi György, Nákó Sándor, Wickenburg István, Jekelfalussy Zoltán


Amelia Peláez

# Amelia Peláez

## Abstract

Amelia Peláez del Casal (January 5, 1897 – April 8, 1968) was an important Cuban painter of the Avant-garde generation.

## Biography

Amelia Peláez (born-1897) Yaguajay, Cuba, in the former Cuban province of Las Villas (now Sancti Spíritus Province). She was the fifth born of eleven siblings in a family that was part of the Cuban-Creole middle class. Her father was a doctor, Manuel Pelaez y Laredo, and her mother, Maria del Carmen del Casal y Lastra, stayed at home with her children. Amelia's uncle was Julian del Casal, who was a poet and included her family in Cuba's intellectual circles.

In 1917, her family moved to Havana, to the La Víbora district, and this gave her the opportunity to enter the Escuela Nacional de Bellas Artes "San Alejandro" at the rather late age of 20 years (students at this academy usually start at 12–13 years of age). She was among Leopoldo Romañach 's favorite students. In 1924 she graduated from San Alejandro, and exhibited her paintings for the first time, along with another Cuban female painter, María Pepa Lamarque, at the Association of Painters and Sculptors in Havana. Receiving a small government grant, she travelled to New York City in the summer of 1924 and began six months of study at the Art Students' League. In 1927, after being awarded a larger grant, she began studying in France, while paying short visits to Spain, Italy, and other countries.

## Student life in Paris

Pelaez moved to Paris, accompanied by Cuban writer Lydia Cabrera, after she received a grant from the government in order to pursue art. Both took painting and art history courses at École Nationale Supérieure des Beaux-Arts. She also took drawing and art history courses at the Académie de la Grande Chaumière and the École du Louvre. In 1931 Pelaez enrolled, along with Cabrera, in Fernand Léger 's Academie Contemporaine. She then began studying with Russian painter Alexandra Exter, whose friendship and classes in color theory and design were an important influence.

Galerie Zak hosted a solo-exhibition of her paintings in 1933, where she exhibited thirty-eight works. In that same year, she participated in the eleventh Salon des Tuileries and “was also included in an exhibition of illustrated manuscripts by the calligrapher Guido at the Galerie Myrbor”, in which she illustrated Sept Poemes of Leon Paul Fargue. In her years in Paris, her work was highly praised by French critics.

## Life in Havana

In 1934, following a showing at the Salon des Independants, Pelaez returned to live in her mother’s colonial-style house in Cuba. The Cuba Pelaez returned to was in a state of economic uncertainty and political unrest. Beginning in the late 1920s, Cuba was searching for a new art that would reflect the national identity. In response, Pelaez departed from earlier vanguard strategies and turned to new approaches that involved depictions of Afro-Cuban and guajiro (peasant) subjects, while representing them in the adoption of European modernism. According to Ingrid Williams Elliot, Pelaez’s vibrant colors as well as thick lines are derived from Spanish-colonial architecture “integrating domestic objects with architectural decorations”. Peláez uses "Baroque ornamentation in her use of domestic colonial interiors to engage and merge multiple histories and assorted styles -- past and present -- to arrive at a contemporary Cuban idiom.”

In 1935, Pelaez had a solo exhibition at a women’s club in Havana called the Lyceum, which helped gain exposure of her new modernist Cuban style.

During this time, in the mid-thirties, Peláez was experimenting with "patterns, shapes and geometric relationships of tablecloths and fruit dishes, laying the groundwork for the geometric constructions and rhythmic patterns that have been associated with her architectural ornamentation in her work in the forties”, it also shows her awareness of Cubism. Her signature still life paintings were praised for the use of native fruits and flora referencing her Cuban roots.

In 1935-1936, Pelaez focused much of her paintings and drawings to the use of ink and pencil. The treatment of these drawings differs than her previous oil works, by distorting and exaggerating the figure with "sinuous line and light shading" that reference Cubism and European Modernism.

Peláez received a prize in the National Exposition of Painters and Sculptors in 1938, and collaborated on several art magazines in Cuba, such as Orígenes, Nadie Parecía, and Espuela de Plata. In 1950 she opened a workshop at San Antonio de los Baños, a small city near Havana, where she dedicated herself, until 1962, to her favourite pastime of pottery. She sent her paintings to the São Paulo Art Biennial in 1951 and 1957, and participated in 1952's Venice Biennale. In 1958 she was a guest of honour and jury member at the First Inter-American Biennial of Painting and Printmaking in Mexico City, although she pulled out of the raucous and controversial jury discussions based on what she reported to be “an openly Communist bias in the decisions.” Aside from painting and pottery, she dedicated time to murals, located mainly at different schools in Cuba. Her most important works of this type are a ceramic mural at the Tribunal de Cuentas in Havana (1953) and the facade of the Habana Hilton hotel (1957). She had a hard time selling her paintings as a living artists—she and her paintings, later named Amelias, achieved fame much later in life.

Peláez died in Havana in 1968.

## Estrada Palma 261

Amelia lived in her mother's house, which was a mix between a neoclassical design and a more traditional Cuban Creole architectural style house, for the rest of her years after her return to Havana, Cuba. Her house was a main source of inspiration after returning to a reclusive domestic lifestyle. The house was built in 1912, filled with colonial furniture of the baroque style. The house contained marble, crystal, wood, and ceramics in its interior. Amelia would also hang her paintings as decor.

## Exhibitions

- 1924 Amelia Pelaez y Maria Pepa Lamarque, Asociacion de Pintores y Escultores, Havana.

- 1933 Amelia Pelaez Del Casal, Galerie Zak, Paris.

- 1935 Amelia Pelaez Del Casal, Lyceum, Havana.

- 1941 Amelia Pelaez, Norte Gallery, New York.

- 1943 Amelia Pelaez: Retrospectiva, Institucion Hispano—Cubana de Cultura, Havana.

- 1956 Amelia Pelaez, Nuestro Tiempo, Havana.

- 1957 Amelia Pelaez, Lyceum, Havana.

- 1959 Pintura de Amelia Pelaez, Instituto Municipal de Cultura, Marianao, Havana.

- 1960 Amelia Pelaez.

- 1964 Oleos y Temperas de Amelia Pelaez, Galeria de la Habana, Havana.

- 1967 Dibujos de Amelia Pelaez, Museo de Arte Moderno Bogota. Amelia Pelaez; Goaches y Ceramicas, Lyceum, Havana.

- 1968 Amelia Pelaez: Exposicion Retrospectiva, Museo Nacional, Havana.

- 1977 Amelia Pelaez, Metropolitan Museum & Art Center, Miami.

- 1979 La Gran Pintora Cubana Amelia Pelaez, Museo de Arte Moderno, Mexico City.

- 1980 Amelia Pelaez, Museo de Arte Moderno, Bogota.

- 1987 Amelia Pelaez, Nineteenth Sao Paulo Biennial, Sao Paolo.

- 1988 Amelia Pelaez; A Retrospective, Cuban Museum of Arts & Culture, Miami.

- 2013 Amelia Peláez: The Craft of Modernity, Pérez Art Museum Miami

## Collections (selection)

The works of Peláez are held in the Museo Nacional de Bellas Artes de La Habana, the Pérez Art Museum Miami, Moderna Museet in Stockholm, and the Museum of Modern Art, New York.


Elizabeth Rankin

# Elizabeth Rankin

## Abstract

Elizabeth Deane Rankin is a South African–New Zealand fine arts academic, and is an emeritus professor at the University of Auckland, specialising in neglected South African artists, and printmaking and sculpture.

## Academic career

Rankin completed a PhD titled Englishmen on the Acropolis: an historiography of the Parthenon, c. 1750-1850 at the University of Witwatersrand in 1978. It was the first PhD in art history awarded by the university. Rankin was appointed as Chair of the History of Art at Witwatersrand in 1982, and later served three years as Dean of Arts.

Rankin was Chair of the South African Association of Art Historians starting in 1985.

Rankin joined the faculty of the University of Auckland in 1998 as professor of art history. She was head of the department, and chair of the exhibitions committee for the university's Gus Fisher Gallery. Rankin's research focuses on neglected South African artists, and sculpture and print-making. Rankin has written a biography of South African artist Peter Clarke, published in 2012, along with retrospective exhibitions at the South African National Gallery in Cape Town, in collaboration with Phillipa Hobbs, and in Johannesburg. Rankin has also written about photographer Fiona Pardington, and artist Neil Pardington.

In 2012 Rankin was a visiting fellow at the Center for Advanced Studies at Ludwig-Maximilian University of Munich, where she worked with Prof. Dr. Rolf Schneider on the design of the frieze of the Voortrekker Monument. Rankin retired in 2016 and was appointed Professor Emeritus at Auckland.

## Selected works

### Books

### Other works

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Walygator Grand-Est

# Walygator Grand-Est

## Abstract

Walygator Grand-Est is an amusement park located in Maizières-les-Metz, Lorraine, France. Since its opening in 1989, the park has had a succession of different names: Big Bang Schtroumpf (Smurf), Walibi Schtroumpf, Walibi Lorraine and now Walygator Parc.

## History

First designed within the extant halls of Sacilor's Laminoir by the Leisure division HHCP Architects in Maitland, Florida, the theme park was named The New World of the Smurfs, or Le Nouveau Monde des Schtroumpfs. After a decision was made to abandon the mill, the park was re-designed by Grady Larkins and eventually opened up on May 9, 1989, as Big Bang Schtroumpf. Built on the site of the former steel mills of Sacilor, the park was then managed by Sorépark, a company headed by Pierre Jullien. Construction costs topped €110 million.

- In 1991, the park, on the verge of bankruptcy, is taken over by Walibi Group. Walibi's orange kangaroo mascot is brought alongside Peyo 's little blue men: Walibi Schtroumpf was born.

- In 1998, parent Walibi Group is bought out by Premier Parks. At this point, the land on which Walibi Schtroumpf sits, totals 162 hectares of which only 42 are in use.

- In 2003, Walibi Schtroumpf becomes Walibi Lorraine and the Smurfs characters are removed from the park.

- In 2004 Six Flags (Premier Parks' successor), which had ownership of the park since 1998, divests itself of its European operations (apart from Warner Bros. Movie World Madrid, which was sold back to Time Warner and renamed Parque Warner Madrid in 2006). The park changes hands to Star Parks, of London-based Palamon Partners.

- In 2006 Star Parks, in turn, sells the park to brothers Claude and Didier Le Douarin. Around the same time, the Walibi brand is sold to French leisure giant Compagnie des Alpes. The new management team is left with no option but to adopt a new name.

- In 2007, the park opens its doors under a new name: Walygator Parc.

- In 2010, the park opens a new roller coaster, " The Monster ", an inverted roller coaster by Swiss manufacturer Bolliger & Mabillard. The ride had previously anchored Expoland in Japan, and is a clone of Raptor at Cedar Point.

- In 2013, the park, once again on the verge of bankruptcy, is sold to a group of investors made of Jacqueline Lejeune, Franck Déglin and Francois-Jérôme Parent.

- In 2016, Jacqueline Lejeune and Franck Déglin sell Walygator Parc to Aspro Parks.

- In 2020, the park was renamed Walygator Grand-Est following the purchase of Walibi Sud-Ouest and renaming as Walygator Sud-Ouest.

## Location

The park is located 15 km north of Metz, at 47.15984 N,2.988281 E.

It is served by the eponymous SNCF station.


Antal Bolvári

# Antal Bolvári

## Abstract

Antal Bolvári (6 May 1932 – 8 January 2019) was a Hungarian water polo player who competed in the 1952 Summer Olympics and in the 1956 Summer Olympics.

## Early life

Born in Kaposvár, Bolvári was part of the Hungarian team that won the gold medal in the 1952 Olympics in Helsinki. He played in six matches and scored one goal.

Four years later, at the Melbourne Olympics, he was again a member of the Hungarian team that won the gold medal. He played in four matches and scored two goals, including one in the infamous Blood in the Water match against the USSR in the championship round, held a few weeks after the Soviets had crushed the 1956 Hungarian uprising.

Bolvári was one of several Hungarian athletes who defected to the West in the aftermath of the Melbourne games. He later returned to Hungary, where he continued to play and, later, coach at the club and national levels. He died in Budapest on 8 January 2019, as a result of a "a long, undisclosed illness", according to his family members.


# List of Michelin-starred restaurants in Vancouver

## Abstract

This article contains a complete list of Michelin-starred restaurants in Vancouver.

The Michelin Guides have been published by the French tire company Michelin since 1900. They were designed as a guide to tell drivers about eateries they recommended to visit and to subtly sponsor their tires, by encouraging drivers to use their cars more and therefore need to replace the tires as they wore out. Over time, the stars that were given out started to become more valuable.

The Vancouver Michelin Guide first launched on October 27, 2022, funded in partnership with Destination Vancouver for a five-year period. Vancouver is one of three regions Michelin reviews in Canada, alongside Toronto (which was also added in 2022) and Quebec (which will have its inaugural guide in 2025).

As of the 2023 guide, there are 9 restaurants in Vancouver with a Michelin-star rating, all receiving one star with no two or three star awards being issued.