Pinus

Pinus Flexilis is a long lived three which is found in area of dry rocky slopes and mountains in a subalpine environment. We can see this tree in the southwest of the western province of Canada, in Colorado and in New Mexico. Pinus Flexilis lives also in Utah, in Nevada and in California. Pinus Flexilis is a short three that is about 25-30 ft. tall. It has a short, thin, scrubby and twisted trunk. The bark is silvery-grey, it is thick and rough. The cones tend to be yellow-brown and they are very

construction. This process has a large impact on the environment and as I will be using timber to make my computer table I will be researching the impact that the timber I’m using has on the environment. The type of timber I will be using is called Pinus Radiata. Pinus Radiata is a type of Hardwood, the school sources the timber from local timber stores and their supplies would most likely come from New South Whales or timber plantations near Mt Gambier. These plantations cut down large areas to plant the

Pine trees have two subgenus, one is the Strobus and the other one is the Pinus. (Earle, Christopher J. "Pinus (pine) Description - The Gymnosperm Database) There are about 114 species of Aspen out there. (Earle, Christopher J. "Pinus (pine) Description - The Gymnosperm Database) The main four types of Pine trees are scotch pine, ponderosa pine, bristlecone pine and black pine. (Lovetoknow Corp. "Pine

There are pine trees just about everywhere in Georgia. Pine trees have always been important resources to people in North America. Native Americans used pine trees as treatments for respiratory conditions and to build items such as canoes or buildings. Today, pine trees are one the most important timber sources in North America. Pine trees belong to a group of trees known as the conifers, meaning the trees have cones and needle-like or scale-like leaves. There are about seven very common types of

Whitebark pine (Pinus albicaulis) is a keystone species (Tomback et al. 2001), forming subalpine and treeline forests that supply food and shelter for hundreds of plant and animal species. This trait makes whitebark pine a “quintessential” high elevation conifer and it forms unique habitat types with both geographic and successional variation that support considerable biodiversity across the higher mountains of the United states and Canada. (Tomback et al. 2001, Tomback and Achuff 2010). Whitebark

Of these 14 species, 57.2% are classified as savanna species (appendix A), 21.4% are native to Wisconsin but not species commonly found in Oak Savannas and 21.4% are species considered exotic in Wisconsin (Figure 7A). When analyzing their frequencies, 90.6% of the species found in the area of study are considered savanna species, 3.4% Wisconsin natives, 5.1% were not identified and 0.9% exotic (Figure 7B). Figure 7. A. Species classification for the 14 different species found in the area of study

There are things in the universe and on the planet that point to an intelligent design and that God is that Intelligent Designer. There are many unique items within animals, plants, and human beings. These items are just too unique and complex to have just happened. The intelligent design of these items points to an Intelligent Designer not just chance. Intelligent design is the study of patterns in nature, animals, and human beings that are best explained as the result of intelligence. (Dembski

The paper introduces one of the earliest experimental forests that is also regarded as a forestry research center, the Priest River Experimental Forest (PREF). The forest was established in 1911, lies between the Priest River and the Selkirk Mountains in the State of Idaho. By interpreting its particular existing conditions, including geography, climate, hydrology, soil, vegetation, readers can easily understand its significant role in the region of Northern Rocky Mountain, providing many valuable

ponderosa pine forest in the United States. The three-needled Rocky Mountain ponderosa pine (Pinus ponderosa var. scopulorum) is the prevalent form of pine throughout the Colorado Plateau. Gambel oak (Quercus gambelii) is commonly associated with the ponderosa pine at lower elevations as well as the New Mexico locust (Robina neomexicana). At higher elevations it shares habitat with southwestern white pine (Pinus strobiformis), Rocky Mountain white fir (Abies concolor var. concolor), Rocky Mountain Douglas-fir

Introduction The first question to be addressed in this study is, will there be varying tree seedling species diversity in relation to varying levels of burn severity? My hypothesis for this question is that we will see the highest tree species diversity where we see a moderate level of burn severity. The second question of the study asks, did the presence of salvage logging lead to a difference in the tree seedling densities as compared to unlogged sites? My hypothesis for this question is that