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notch$53842$ - traduction vers allemand
![CGI animated]] graphic of the human heart, sectioned, with motions and timing synced with the Wiggers diagram. The section shows: 1) the opened ventricles contracting once per heartbeat—that is, once per each cardiac cycle; 2) the (partly obscured) mitral valve of the left heart; 3) the tricuspid and pulmonary valves of the right heart—note these paired valves open and close oppositely. + (The aortic valve of the left heart is located below the pulmonary valve, and is completely obscured.) The (unsectioned) atria are seen above the ventricles.](https://commons.wikimedia.org/wiki/Special:FilePath/Cardiac-Cycle-Animated.gif?width=200 "CGI animated]] graphic of the human heart, sectioned, with motions and timing synced with the Wiggers diagram. The section shows: 1) the opened ventricles contracting once per heartbeat—that is, once per each cardiac cycle; 2) the (partly obscured) mitral valve of the left heart; 3) the tricuspid and pulmonary valves of the right heart—note these paired valves open and close oppositely. + (The aortic valve of the left heart is located below the pulmonary valve, and is completely obscured.) The (unsectioned) atria are seen above the ventricles.")
![Cardiac (ventricular) systole: Both AV valves (''tricuspid'' in the right heart (light-blue), ''mitral'' in the left heart (pink)) are closed by back-pressure as the ventricles are contracted and their blood volumes are ejected through the newly-opened ''pulmonary valve'' (dark-blue arrow) and ''aortic valve'' (dark-red arrow) into the [[pulmonary trunk]] and aorta respectively.](https://commons.wikimedia.org/wiki/Special:FilePath/Heart systole.svg?width=200 "Cardiac (ventricular) systole: Both AV valves (''tricuspid'' in the right heart (light-blue), ''mitral'' in the left heart (pink)) are closed by back-pressure as the ventricles are contracted and their blood volumes are ejected through the newly-opened ''pulmonary valve'' (dark-blue arrow) and ''aortic valve'' (dark-red arrow) into the [[pulmonary trunk]] and aorta respectively.")
![The parts of a [[QRS complex]] and adjacent deflections. Re the cardiac cycle, ''atrial systole'' begins at the P wave; ''ventricular systole'' begins at the Q deflection of the QRS complex.](https://commons.wikimedia.org/wiki/Special:FilePath/QRS normal.svg?width=200 "The parts of a [[QRS complex]] and adjacent deflections. Re the cardiac cycle, ''atrial systole'' begins at the P wave; ''ventricular systole'' begins at the Q deflection of the QRS complex.")
![A [[Wiggers diagram]] illustrate events and details of the cardiac cycle with electrographic trace lines, which depict (vertical) changes in a parameter's value as time elapses left-to-right. The ventricular "Diastole", or relaxation, begins with "Isovolumic relaxation", then proceeds through three sub-stages of inflow, namely: "Rapid inflow", "Diastasis", and "Atrial systole". (During the "Diastole" period, the "Ventricular volume" increases (see red-line tracing), beginning after the vertical bar at ''"Aortic valve closes"'' and ending with the vertical bar at R in the QRS complex). + The ventricular "Systole", or contraction, begins with "Isovolumic contraction", i.e., with the vertical bar at ''"A -V valve closes"''; it ends with completing the "Ejection" stage at the bar at ''"Aortic valve closes"''. During "Ejection" stage, the (red-line) tracing of "Ventricular volume" falls to its least amount (see [[ejection fraction]]) as the ventricles pump blood to the pulmonary arteries and to the aorta.](https://commons.wikimedia.org/wiki/Special:FilePath/Wiggers Diagram 2.svg?width=200 "A [[Wiggers diagram]] illustrate events and details of the cardiac cycle with electrographic trace lines, which depict (vertical) changes in a parameter's value as time elapses left-to-right. The ventricular \"Diastole\", or relaxation, begins with \"Isovolumic relaxation\", then proceeds through three sub-stages of inflow, namely: \"Rapid inflow\", \"Diastasis\", and \"Atrial systole\". (During the \"Diastole\" period, the \"Ventricular volume\" increases (see red-line tracing), beginning after the vertical bar at ''\"Aortic valve closes\"'' and ending with the vertical bar at R in the QRS complex). + The ventricular \"Systole\", or contraction, begins with \"Isovolumic contraction\", i.e., with the vertical bar at ''\"A -V valve closes\"''; it ends with completing the \"Ejection\" stage at the bar at ''\"Aortic valve closes\"''. During \"Ejection\" stage, the (red-line) tracing of \"Ventricular volume\" falls to its least amount (see [[ejection fraction]]) as the ventricles pump blood to the pulmonary arteries and to the aorta.")
Définition
Wikipédia
Notch Lake is an artificial lake in Edgewood, New York, in the Town of Hunter in the Catskill Mountains. It is located near the Stony Clove Notch, and is located near the edge of the Devil's Tombstone Campsite, bordering New York State Route 214. There is also a parking lot near the shore. It is the beginning of the Stony Clove Creek.
One thing unusual about it is that it is one of the few places in the Catskills where there is a patch of Boreal Forest growing below 3,000 feet above sea level. A fire occurred near the northern shore in the 1990s.
Camping is not allowed at the day-use area next to the parking lot and Pond, however, camping is allowed a short walk South along Route 214 at the Devil's Tombstone Campground.
