Al Khobar is one of the tourist destinations in Saudi Arabia that attracts more visitors. The place is well-known for its clean beaches, beautiful parks, and mountains that give ways to plan an outstanding trip. Moreover, the city has leading shopping centers allowing travellers to explore a wide range of products. Anyone who wants to schedule their trip to Al Khobar should prepare a list of places that will help make it more memorable.

Here are some places to visit in Al Khobar while scheduling a trip to Saudi Arabia.

1. Half Moon Beach

Half Moon Beach is one of the places to visit in Al Khobar because it allows tourists to enjoy water sports activities with family and others. The beach stretches in miles with white sand is a wonderful place for recreational purposes and other things. It is the best option for those who want to spend time in play areas and other amenities.

2. Taybeen Museum

Taybeen Museum is a must-see place in Al Khobar that gives ways to know more about the history, tradition, culture, and other things in detail. The museum allows visitors to gather information about famous people and a collection of notable things.

3. Corniche Al Khobar

Corniche Al Khobar is a popular destination in Al Khobar that has plenty of green spaces allowing visitors to enjoy several activities. Adults and children can perform cycling, jogging, or other outdoor tasks on this beach to experience more excitement. Apart from that, it paves ways to relax the mind with mouth-watering foods and beverages.

4. Dhahran Hills Park

Tourists who want to spend an evening with their children can choose Dhahran Hills Park. It has lush green trees and a beautiful pond that paves ways to enjoy a trip. Apart from that, the park has playing areas for children and they can perform riding and other tasks.

5. SciTech Technology center

The SciTech Technology center is the best tourist place to visit in Al Khobar because it lets tourists learn more things studied in a school. Tourists can visit the place with their kids and children that will help to know the latest innovations and other things.

6. Loopagoon

Loopagoon is a water theme park located in Al Khobar and allows only women and children who are below 12 years old. Not only that, the theme park offers nanny services for women to take care of their children while performing certain activities.

Planning a trip to Al Khobar with Saudi Airlines

Tourists willing to plan a trip to Al Khobar can pick Saudi Airlines to reach the destination with more comfort. It offers flight services from important places in different parts of the world at affordable prices. The airline company is well-known for its friendly staff and other services allowing tourists to experience complete satisfaction. Also, travellers can book flights online in easy steps that will save time. Besides that, it gives ways to ensure a safe journey with family and others to enjoy a trip happily.

The last environmental change to discuss, and perhaps the greatest threat to conifer diversity in the future, is that in climate. We are already feeling the effects of change, but even if we drastically reduce our production of carbon dioxide and other greenhouse gases, Earth’s climate will continue to warm for the foreseeable future. The consequences for conifers are difficult to predict accurately, but they are not likely to be beneficial. On average, wherever conifers grow, they favor cooler sites than nearby flowering plants so that warming trends may tip the balance toward angiosperms, keeping in mind that low nutrient status of soils and a landscape-level fire regimen are other environmental factors favorable to conifers. Of course, conifers, like most plants, are adaptable and resilient and have survived much climatic change in the past, especially during the rapid glacial-interglacial fluctuations of the past 1.6 million years. One thing about the present warming, however, that differs from conditions during the repeated abandonment and reoccupation of Canada, the northern United States, and northern Eurasia is that human land use covers much of the surface needed for migration and establishment. Even if today’s conifers are capable of establishing new populations by northward dispersal of propagules generation after generation, there may be few available places for the seeds to germinate.

That consideration, of course, does not apply to the presently treeless arctic tundra, where human influences (besides climate change) are very low. Even if temperatures become warm enough to support trees north of the arctic circle, any conifers establishing there would still face increasingly long seasons of 24-hour nights northward into the Canadian Arctic Achipelago. This was true the last time the high arctic was clothed with forests, during the very warm Eocene, about 50 million years ago. Axel Heiberg Island (and presumably other arctic islands) then supported forests of Metasequoia (Dawn redwood), Glyptostrobus (Chinese swamp cypress), Picea (Spruce),Pseudolarix (Golden larch), and Larix (Larch), among others, in an environment often referred to as the tropical arctic. This is obviously an exaggeration, and most of the trees endured the dark, if not bitterly cold, winters never experienced in the tropics by being or becoming deciduous. It is not clear how spruces survived these Eocene arctic winters nor how today’s evergreen conifers of the boreal and temperate zones would fare under similar circumstances.

Invasion of newly climatically suitable areas, when possible, is now and will continue to be more obvious than retreat from the southerly portions of their range. Very few species extend to the geographic limits of their full climatic tolerances either to the north or south (except for species at tree line) because, as they approach these limits, they are more limited by competition with other species. So, as climates warm, the southern edge of the range (or northern edge in the southern hemisphere) is not immediately thrust into unfavorable climate since it will take a while for the northern edge (or southern edge in the southern hemisphere) of unfavorable climate to actually reach the present southern range limit. Add to this the fact that many conifers are very long-lived trees and it becomes clear that they are likely to persist at their southern limits through several human lifetimes. It may thus seem, for a time, as if they are actually expanding their ranges with global warming, even if they are in trouble in both the south and the north. Collapse of populations and vegetational turnover at the warmer edge of the range may then be either gradual or sudden as older trees begin to die off and are not replaced by seedlings and saplings, which may have ceased to become established decades before. This kind of resistance to change followed by sudden conversion to new forest types has been documented many times in the fossil record and is particularly clear in the record of Carboniferous coal swamps in the eastern United States and elsewhere.

Conservation in Situ

While all these threats to conifers should be of real concern to everyone, and if human population growth continues unabated not even the most abundant and widespread conifer species may remain safe from the changes of population decline and extinction, at the moment only about 20 conifer species (4% of the total) are critically endangered. A great many of the rare species around the world have at least some populations within national parks, nature reserves, and other more or less protected areas. The vast majority of these refuges was established around scenic wonders or threatened animal populations rather than the plants, including conifers, that sustain them. Nonetheless, the conifers that happen to be in these parks and preserves are accorded a measure of protection that is of real consequence for many of them. A few parks and reserves were established explicitly to preserve populations or tracts of conifers. Torreya State Park in Florida, houses the rare and local Florida yew (Taxusfloridana) as well as Stinking cedar (Torreyataxifolia). It was established before disease virtually eliminated the latter from its slopes. California has many state and national parks and other protected areas centered on conifers. These include the Redwood (Sequoia sempervirens) and Giant sequoia (Sequoiadendrongiganteum) parks, the Schulman Grove in the White Mountains, housing the world’soldest trees (Methuselah and other Great Basin Bristlecone pines, Pinuslongaeva), and the Torrey Pines State Reserve, housing the tiny mainland population of Pinustorreyana. Numerous botanical reserves, some of which were established to protect conifer species or communities, are found in places like New Caledonia and China. While these reserves do not ensure the continued survival of endangered conifer species, they certainly help, now and at least into the near future.

Conservation ex Situ

Conservation away from natural stands (ex situ conservation) is also extremely important. While dedicated conservation programs in botanical gardens are useful, having a species in general cultivation is fundamentally better insurance. There are only a few cases as yet of the benefits of being in cultivation for conifer conservation. The most obvious is Stinking cedar (Torreyataxifolia), already mentioned. The only individuals of this species free from disease and capable of producing seed are found in cultivation far from the natural stands. There has also been a program of vegetative propagation by rooted cuttings of genetically diverse individuals from the natural range (the disease affects only the roots). Maintenance of genetic diversity is the essential foundation for all conservation programs. Luckily, most conifers start out at the higher end of the genetic diversity spectrum, at least among the relative handful studied. The distribution of that diversity is such that a good sampling of a single population will capture much of the allelic diversity in a whole species (although additional variation will be captured with more populations). This applies primarily to allozymes and other molecular markers while morphological and physiological diversity will often have a strong geographic component (related to adaptation to differing environments) and will require more extensive sampling to preserve it effectively.

Even species like Red pine (Pinusresinosa), Torrey pine (Pinustorreyana), and Western red cedar (Thujaplicata) that buck the conifer trend by having essentially no electrophoretic (allozymes) variation (indicating that they went through “recent” bottlenecks of drastically reduced population size) usually show variation (albeit harder to measure) among populations in ecologically significant characteristics. One exception may be Wollemi pine (Wollemianobilis), whose wild individuals are, to all intents and purpose, a single clone in a single population. Thousands of propagules of this species were produced by seeds, cuttings, and micropropagation (tissue culture, which is widely used in orchid propagation). As this species spreads across the globe in cultivation, it will be unlikely to become extinct, even if a disease emerges that is lethal to all individuals. It will be interesting to monitor these far-flung individuals to see at what rate new genetic diversity may arise in their offspring, whether as sports (somatic mutations) or as seedling variation.

The goal of all conservation programs must be the maintenance of viable, genetically diverse populations in the wild. This will become increasingly challenging as land available for natural vegetation continues to shrink and global change alters the climates of those areas that remain. Let us hope that we can meet these challenges and that future generations will continue to learn from and be inspired by these fascinating and often magnificent trees and shrubs.