a:6:{i:0;s:6847:"				<div class="h1"><h1>Gulmarg Skiing Tour</h1></div>
				<p class="breadcrumb ar uu small"><a href="http://www.kashmirhilltours.com/" title="Home">Home</a> 
				
									<b class="ffv p2px">&rsaquo;</b><a href="http://www.kashmirhilltours.com/tour-packages.htm" title="Tour Packages">Tour Packages</a>  			
									
				<b class="ffv p2px">&rsaquo;</b>Gulmarg Skiing Tour</p>
				<br />
				
								
						<script language="javascript"> 
							function topDestinationToggle(showHideDiv, switchTextDiv) {
							var ele = document.getElementById(showHideDiv);
							var text = document.getElementById(switchTextDiv);
							if(ele.style.display == "block") {
								ele.style.display = "none";
							  text.innerHTML = "View More &#9660;";
							}
							else {
							  ele.style.display = "block";
							  text.innerHTML = "View Less &#9650;";
							}
							}
		                </script>
											<script type="text/javascript">			
					(function($){	
					  $(function(){
						$('[id^=detailslider]').each(function(){
							$(this).DG_Slider({
								auto: true, mode:'fade', pager:true, pagerType:'short',controls:true
							});
						})
				
						$('a[rel=gall]').fancybox()
					  });	
					}(jQuery))
					</script>
					
					<br />
					<div class="data">
					<table class="w100 formTable bdr0 imgWidth">
					<tr>
					<td class="p10px">
					<table class="w100 packageForm">
											<tr>
						<td class="b p5px w125px vat">Duration </td>
						<td class="p5px pl0px vat">
						3 Nights / 4 Days 
						</td>
						</tr>
												<tr>
						<td class="b p5px w125px vat">Destination Covered </td>
						<td class="p5px pl0px vat">Srinagar, Baramulla</td>
						</tr>
												<tr>
						<td class="b p5px w125px vat">Price (Starting From) </td>
						<td class="p5px pl0px vat"><span class="dif">On Request</span></td>
						</tr>
												<tr>
						<td></td>
						<td>
						<p>
						<form name="frmpackagedetail" id="frmpackagedetail" method="post" action="http://www.kashmirhilltours.com/enquiry-form-10002.htm">
						<input type="hidden" name="subject" value="Gulmarg Skiing Tour - Tour Package"/>
						<input type="hidden" name="allocate_type" value="tour"/>
						<a href="#" onclick="document.getElementById('frmpackagedetail').submit();" class="button p7px pl12px pr12px c5px b large dib mt10px">Book Your Tour</a>
						<input type="hidden" name="pkg_slno" value="101965"/>
						</form>
						</p>
						</td>
						</tr>
											</table>
					</td>
											<td class="p10px vat imgWidth150 w150px lh0">
						<div class="demo-wrap">
						<ul class="lsn m0px p0px" >
															<li class="bdr bw3px c5px p1px"><div class="dt"><p class="ac vam dtc w150px h150px"><a rel="gall" data-fancybox="showZoomImage" href="https://ttw.wlimg.com/package-images/photo-big/dir_12/356661/170953.jpg"><img src="https://ttw.wlimg.com/package-images/photo-small/dir_12/356661/170953.jpg"  width="150" height="150"    alt="Gulmarg Skiing Tour" title="Gulmarg Skiing Tour" /></a></p></div></li>
															</ul>
						</div>
						</td>
											</tr>
					</table>
					</div>
					<br />
					
											<div class="headHr">
			            <p class="p7px b pl10px xlarge">Tour Itinerary</p>
			            </div>
			            
								<div class="data">
								<table class="w100 formTable bdr0 imgWidth">
								<tr>
								<td class="p10px vat">
								<p class="b large mb5px"><b class="dif">Day 1:</b> Arrival Srinagar
								</p>
								<p class="aj">On arrival at Srinagar, you will meet our representative at the airport and transfer to Deluxe Houseboat. Evening lake trip to 'Char Chinar' i.e. four big chinar trees standing in middle of the whole lake, 'Floating Gardens' & interesting canals by a luxurious shikara. Over night stay at houseboat</p>
								</td>
								</tr>
								</table>					
								</div>
								<div class="data">
								<table class="w100 formTable bdr0 imgWidth">
								<tr>
								<td class="p10px vat">
								<p class="b large mb5px"><b class="dif">Day 2:</b> Srinagar-Gulmarg (60 Kms, 2 hours)
								</p>
								<p class="aj">After Breakfast Drive to Gulmarg (2440 Meters above Sea level) - it is one of the most beautiful hill station in this world and also called meadows of flower. It has world highest golf course and Gulmarg is also famous for winter sports skiing etc. On arrival, Gulmarg check-in to your Hotel .Afternoon enjoy guided sightseeing of Gulmarg also enjoy Gondola ride (Cable car, own cost) from Gulmarg to Khilan. Overnight Stay in Hotel ( Gulmarg.)</p>
								</td>
								</tr>
								</table>					
								</div>
								<div class="data">
								<table class="w100 formTable bdr0 imgWidth">
								<tr>
								<td class="p10px vat">
								<p class="b large mb5px"><b class="dif">Day 3:</b> Gulmarg  - Srinagar
								</p>
								<p class="aj">After Breakfast Back to Srinagar  and Check in Houseboat / Hotel<br />
and Full Day Rest and Shopping, Overnight Stay</p>
								</td>
								</tr>
								</table>					
								</div>
								<div class="data">
								<table class="w100 formTable bdr0 imgWidth">
								<tr>
								<td class="p10px vat">
								<p class="b large mb5px"><b class="dif">Day 4:</b> Departure
								</p>
								<p class="aj">After Breakfast Transfer to Airport</p>
								</td>
								</tr>
								</table>					
								</div>						<br />
												 <p class="headHr p7px b pl10px xlarge">Tour Detail</p>
			             <div class="data p15px aj">
										
						<p class="large b mb5px dif">Inclusions :</p>
						<ul>
															<li>Hotel</li>
																		<li>Sightseeing</li>
															</ul>
						<br />
											
						<p class="large b mb5px dif">Terms &amp; Conditions :</p>* Some Advance Percentage of total booking amount 
* Airfare/Transport fare to be paid full at one time in advance.~^#^~* Upon cancellation, refund will be made after deducting the Retention Amount. 
* Retention Amount varies as per the number of days left before your package start date. ~^#^~												</div>
												
						<div class="ac mb10px">
						<form name="frmpackagedetail" id="frmpackagedetail" method="post" action="http://www.kashmirhilltours.com/enquiry-form-10002.htm">
						<input type="hidden" name="subject" value="Gulmarg Skiing Tour - Tour Package"/>
						<input type="hidden" name="allocate_type" value="tour"/>
						<a href="#" onclick="document.getElementById('frmpackagedetail').submit();" class="button p7px pl12px pr12px c5px b large dib mt10px">Book Your Tour</a>
						<input type="hidden" name="pkg_slno" value="101965"/>
						</form>
						</div>
						
						";i:1;s:58:"Book Gulmarg Skiing Tour - 3 Nights / 4 Days Tour Packages";i:2;s:123:"book gulmarg skiing tour - 3 nights / 4 days tour packages, lakes & rivers tour packages, srinagar, baramulla tour packages";i:3;s:166:"Blue Hills Tours & Travels offers Gulmarg Skiing Tour - 3 Nights / 4 Days tour package, budget Lakes & Rivers tour packages for Srinagar, Baramulla at exciting price.";i:4;s:410:"
			<script type="application/ld+json">
		    {
		      "@context": "https://schema.org",
		      "@type": "TouristAttraction",
		      "address": {
		        "@type": "PostalAddress",
		         "addressRegion": "Srinagar, Baramulla"        
		                 },
		      "description": "",
		      "name": "Gulmarg Skiing Tour",
		      "telephone": "+91-9469000836"
		    }
		    </script>
			";i:5;N;}