Smolensk War
SMOLENSK WAR
This unsuccessful campaign to recover the western border regions lost to the Polish-Lithuanian Commonwealth at the end of the Time Of Troubles marked Muscovy's first major experiment with the new Western European infantry organization and line tactics.
The Treaty of Deulino (1618) ended the Polish military intervention exploiting Muscovy's Time Of Troubles and established a fourteen-year armistice between Muscovy and the Polish-Lithuanian Commonwealth. But it came at a high price for the Muscovites: the cession to the Commonwealth of most of the western border regions of Smolensk, Chernigov, and Seversk. This was a vast territory, running from the southeastern border of Livonia to just beyond the Desna River in northeastern Ukraine. It held more than thirty fortress towns, the most strategic of which was Smolensk, the largest and most formidable of all Muscovite fortresses and guardian of the principal western roads to Moscow. Upon his return from Polish captivity in 1619, Patriarch Filaret, father of Tsar Mikhail, made a new campaign to recover Smolensk, Chernigov, and Seversk from the Poles the primary objective of Muscovite foreign policy.
Most of the diplomatic preconditions for such a revanche appeared to be in place by 1630, and by this point the Muscovite government had succeeded in restoring its central chancellery apparatus and fiscal system. It was now able to undertake a massive reorganization and modernization of its army for the approaching war with the Commonwealth. It imported Swedish, Dutch, and English arms to the cost of at least 50,000 rubles; it offered large bounties to recruit Western European mercenary officers experienced in the new infantry organization and line tactics; and it set these mercenary officers to work forming and training New-Formation Regiments—six regiments of Western style infantrymen (soldaty ), a regiment of heavy cavalry (reitary ), and a regiment of dragoons (draguny ). These regiments were drilled in the new European tactics and outfitted and salaried at treasury expense, unlike the old Pomestie-based cavalry army. The New Formation infantry and cavalry would comprise a little more than half of the 33,000-man expeditionary army on the upcoming Smolensk campaign. Muscovy had never before experimented with New Formation units on such a scale.
The death of Polish King Sigismund III in April 1632 led to an interregnum in the Commonwealth and factional struggle in the Diet. Patriarch Filaret took advantage of this confusion to send generals M. B. Shein and A. V. Izmailov against Smolensk with the main corps of the Muscovite field army. By October, Shein and Izmailov had captured more than twenty towns and had placed the fortress of Smolensk under siege. The Polish-Lithuanian garrison holding Smolensk numbered only about two thousand men, and the nearest Commonwealth forces in the region (those of Radziwill and Gonsiewski) did not exceed six thousand. But the besieging Muscovite army suffered logistical problems and desertions; their earthworks did not completely encircle Smolensk and did not offer enough protection from attack from the rear. Meanwhile the international coalition against the Commonwealth began to unravel, with the result that in August 1633, Wladyslaw IV, newly elected King of Poland, arrived in Shein's and Izmailov's rear with a Polish relief army of 23,000 and placed the Muscovite besiegers under his own siege. In January 1634 Shein and Izmailov were forced to sue for armistice in order to evacuate what was left of their army. They had to leave their artillery and stores behind.
On their return to Moscow, Shein and Izmailov were charged with treason and executed. By the terms of the Treaty of Polianovka (May 1634) the Poles received an indemnity of twenty thousand rubles and were given back all the captured towns save Serpeisk. The next opportunity for Muscovy to regain Smolensk, Seversk, and Chernigov came a full twenty years later when Bogdan Khmelnitsky and the Ukrainian cossacks sought Tsar Alexei's support for their war for independence from the Commonwealth.
See also: filaret romanov, metropolitan; new formation regiments; poland; thirteen years'war
bibliography
Fuller, William C., Jr. (1992). Strategy and Power in Russia, 1600–1914. New York: Free Press.
Brian Davies
Cite this article
Pick a style below, and copy the text for your bibliography.
|
German Inventors Develop Alkene Oxide Production Method
News Wire article from: US Fed News Service, Including US State News; 8/12/2008; 465 words
; ...Ladenburg, Germany, have developed an alkene oxide preparing process. According to...relates to a "process for preparing an alkene oxide, which comprises at least the steps...stream comprising compressed, liquid alkene; depressurizing at least part of the...
|
|
South Korean Inventors Develop Alkene Hydrocarbons Facilitated Transport Membrane
News Wire article from: US Fed News Service, Including US State News; 2/22/2007; 539 words
; ...facilitated transport membrane for separation of alkene hydrocarbons from hydrocarbon mixtures...facilitated transport membrane for separation of alkene hydrocarbons from hydrocarbon mixtures...selectively and reversibly form a complex with alkene hydrocarbons and the polymer can dissociate...
|
|
Delaware Inventor Develops 1-Alkene Isomerization Process
News Wire article from: US Fed News Service, Including US State News; 9/22/2007; 457 words
; ...Jian Jian Zhang of Wilmington, Del., has developed a 1-alkene isomerization process. According to the U.S. Patent &...via a multi-step process resulting in a mixture comprising alkene isomers and a low level of oligomers. According to the present...
|
|
Arizona, California Inventors Develop Conjugated Nitro Alkene Anticancer Agents
News Wire article from: US Fed News Service, Including US State News; 1/2/2008; 469 words
; ...Okolotowicz of Goleta, Calif., have developed conjugated nitro alkene anticancer agents. According to the U.S. Patent & Trademark Office: "Conjugated nitro alkene compounds hamper or prevent proliferation of cancer cells in cell...
|
|
SHENHUA NINGXIA TO BUILD PHASE II COAL-BASE ALKENE PROJECT
News Wire article from: AsiaInfo Services; 10/31/2008; 317 words
; ...Services 10-31-2008 Shenhua Ningxia to Build Phase II Coal-base Alkene Project YINCHUAN, Oct 31, 2008 (SinoCast via COMTEX) -- The second-phase coal-base alkene project of Shenhua Ningxia Coal Industry Group Co., Ltd. will have...
|
|
Publication No. WO/2009/151669 Published on Dec. 17, Assigned to Arkema for Halogenated Alkene Heat Transfer Composition, Improved Oil Return (American Inventors)
News Wire article from: US Fed News Service, Including US State News; 12/18/2009; 405 words
; ...from United States of America, have developed a halogenated alkene heat transfer composition with improved oil return. The patent...compositions containing hydrocarbon lubricating oils and halogentaed alkene heat transfer fluid that promote oil flow and provide for improved...
|
|
U.S., Israeli Inventors Develop Alkene Alcohol Isomers Separation Method
News Wire article from: US Fed News Service, Including US State News; 3/7/2008; 477 words
; ...Shabtai of DN Shikmim, Israel, have developed an alkene alcohol isomers separation method. According to...amp; Trademark Office: "E and Z isomers of alkene alcohols and/or alkene alcohol derivatives are separated by substantially...
|
|
Cationic polymerization of alkene monomers initiated with deaminatively generated carbocations.(Brief Article)
Magazine article from: The Proceedings of the Louisiana Academy of Sciences; 1/1/2000; ; 665 words
; Polymerization of alkene monomers with deaminatively generated carbocations has been investigated. These carbocations have led to polymerizations which...
|
|
U.S., Israeli Inventors Develop Aryl Alkene Production Method
News Wire article from: US Fed News Service, Including US State News; 10/25/2007; 405 words
; ...Milstein of Rehovot, Israel, Haim Weissman of Lod, Israel, and Xiao-Ping Song of Lawrence, Kan., have developed an aryl alkene production method. According to the U.S. Patent & Trademark Office: "The present invention relates to a novel oxidative...
|
|
Publication No. WO/2009/095411 Published on Aug. 6, Assigned to BASF for Alkene Oligomerization Method (German Inventor)
News Wire article from: US Fed News Service, Including US State News; 8/11/2009; 358 words
; ...by the World Intellectual Property Organization, the invention relates to a "method for oligomerizing alkenes, in which an alkene-containing feedstock is prepared and is subjected to an oligomerization process in two successive reaction zones." The invention...
|
|
alkene
Book article from: The Columbia Encyclopedia, Sixth Edition
alkene , any of a group of aliphatic hydrocarbons...of chemical nomenclature, the name of an alkene is derived from the name of the corresponding...molecule. The IUPAC name of the simplest alkene, H 2 C[symbol]CH 2 , is ethene, which...
|
|
Catalysis and Catalysts
Book article from: Chemistry: Foundations and Applications
...1− Monsanto process heterogeneous gas-solid 3H2 + N2 → 2NH3 iron Haber process gas-liquid-solid alkene + H2 → alkane transition metals such at Pt and Pd catalytic hydrogenation gas-solid crude oil → gasoline...
|
|
sulfate
Book article from: The Columbia Encyclopedia, Sixth Edition
...reacting an alcohol with cold sulfuric acid. They are also formed by the reaction of sulfuric acid with a double bond in an alkene; the product is called an alkyl hydrogen sulfate. An alkyl hydrogen sulfate can be broken down to an alcohol and sulfuric...
|
|
isomer
Book article from: The Columbia Encyclopedia, Sixth Edition
...properties since they differ only in the location of the functional group (e.g., the OH in an alcohol or the double bond in an alkene ). Functional group isomers, on the other hand, have very different chemical properties because differences in their structure...
|
|
aliphatic compound
Book article from: The Columbia Encyclopedia, Sixth Edition
...carbon atoms are joined together in straight or branched open chains rather than in rings. The hydrocarbons of the alkane , alkene , and alkyne series are aliphatic compounds, as are fatty acids and many other compounds. Most compounds containing rings...
|