Дом из природного материала поделка: Мастер-класс смотреть онлайн: Делаем с детьми домик из природных материалов

Поделка домик — 75 фото как сделать декоративный домик из подручных средств |

До наступления Нового года осталось менее полугода. Самое время задуматься о новогодних украшениях как способе оформления праздничного интерьера. Ведь именно декор задаёт настроение праздника.

Конечно, можно приобрести готовые новогодние аксессуары. Но куда интереснее сделать их самим. В данном обзоре представлены возможные варианты поделок «домик» для детей под ёлку и не только.

Домик из коробки

Как видно на различных фото поделок «домик», наиболее популярной и в то же время простой моделью считается домик, сделанный из обычной картонной коробки. Лучше выбрать тару, чья внутренняя поверхность коричневого цвета. Так домик будет напоминать пряничный.

Вот мастер-класс, как сделать такую поделку «домик» своими руками:

• Распотрошите коробку.
• Нарисуйте шаблон будущего изделия и вырежьте его.
• Склейте стены и пол. Кровля может быть как импровизированной, так и нет. Всё зависит от вашего желания.
• Разукрасьте дом. Нарисуйте окна, дверь, украшения, прорисуйте черепицу. Делать это можно белой гуашью или специальным маркером. Подойдёт и обычный корректор.

Мастерить подобную самоделку можно вместе с ребёнком. Одновременно можно рассказать ему сказку «Гензель и Гретель» про мальчика, девочку, злую ведьму и пряничный домик.

Домик для хранения сладостей

Оригинальной идеей будет смастерить функциональную поделку «домик» из бумаги. Первым делом, выберите на соответствующем сайте, посвященном Новому году, шаблон домика. Распечатайте его. Далее вырежьте заготовку. Работать нужно предельно аккуратно, чтобы ничего не испортить.

Шаг второй – согните вырезанный шаблон по пунктирным линиям. Чтобы облегчить операцию, можно воспользоваться линейкой.

Шаг три – соедините все стороны и скрепите их при помощи двухстороннего скотча. Последний шаг – декорирование. Здесь вы можете использовать цветные фломастеры, карандаши, краски, наклейки.

Желательно привлечь к этому этапу ребёнка. Ему это обязательно понравится. Вот и всё. Изделие готово. Осталось засыпать внутрь конфеты и положить под ёлку.

Домик в датском стиле

Архитектура Западной Европы поистине великолепна. Но совсем не обязательно отправляться в путешествие, чтобы её увидеть.

Милые домики в подобной стилистике можно смастерить самим, используя готовые схемы, скаченные из Интернета. Достаточно распечатать их и сложить по линиям.

Внутрь можно поставить свечку и получится великолепный ночник. Он перенесёт вас на средневековые улочки Дании и подарит ощущение праздника.

Домик из солёного теста

Если вы – не любитель работы с картоном, то используйте для поделки солёное тесто. Такое изделие может играть роль подсвечника. Порядок шагов:

• Сделайте тесто.
• Раскатайте его в пласт толщиной 1 см.
• Вырежьте оконные и дверные проёмы.
• Склейте все детали между собой. Установите сверху крышу.
• После высыхания проведите финишную отделку.

Домик из природных материалов

Поделку в сад «домик» можно сделать не только на Новый год. Лучшее время для её создания – осень. В эту пору полно природных материалов.

Вам потребуется:

• некоторое количество сухих веток;
• высушенные листья;
• клей»
• ножницы;
• лист картона;
• краски;
• пластилин;
• мох.

Порядок действий:

• Берём картон и делаем фон. Лучше выбрать жёлто-чёрный.
• Намечаем контуры полянки.
• При помощи клея приклеиваем на полянку мох. Вырезаем её. Это будет основание поделки.
• Нарезаем веточки, чтобы они были нужного размера.
• Собираем домик по той же технологии, как собирают бревенчатые избы. Для крепления используем клей.
• После того, как изделие полностью высохнет, можно проделать окна и дверь.
• Делаем кровлю из веток и листьев.
• Собираем дверь и ставни. Крепим их к домику, а сам домик – к основанию.
• Лепим грибы. Из веток с листочками формируем кустики. Поделка «домик» из природного материала готова!

Преимущества самодельных домиков

Такие поделки, как «Домик» имеют следующие достоинства:

• Для взрослого — это способ интересно провести время с детьми.
• Подобное творчество развивает у ребёнка усидчивость, мелкую моторику, мышление, фантазию.
• Данные изделия – уникальны. В этом их основная прелесть.

В заключение отметим, что рукотворное творчество очень полезно как для детей, так и для взрослых. Поэтому, если у вас есть свободное время, сделайте себе новогодний домик.

Фото поделки домик

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90000 10 Natural Materials You Can Use for an Eco-Friendly Interior 90001 90002 Most often, we see homes that add natural materials to the interior. You can see this from the walls to the flooring or even in the furniture, furnishings and other home decors. Adding items that have that natural feel or are from organic roots would give our homes the warmth of nature. Like what I can usually hear, it is bringing «outdoors inside» the home. Well, that would definitely be the case. 90003 90002 But have you ever wondered what are the kinds of natural materials that you can use for your home interior? Of course, we are all familiar with wood and bricks.Beyond that, there are still other materials that we can utilize. These days, going green for the home is a trend and is also a good step to help Mother Nature. You can do this merely by using natural materials in your interior. So, what could these materials be? Here is a list that may help you: 90003 90002 90007 90003 90009 1. Wood. 90010 90002 90012 90003 90002 Susan Petril 90003 90002 The very first thing that would come to our minds when we talk about natural materials is wood.It could either be cherry, pine, maple, oak or whatever tree it came from. Wood is sturdy and could come in different colors and finishes. It is easiest to find something made from wood and to add wood to your home interior. 90003 90009 2. Bamboo. 90010 90002 90021 90003 90002 Amy Weiss 90003 90002 This is a very beautiful sustainable natural material. This can be used in many ways like the window treatments, flooring, decorations and many more. Using bamboo blinds is a good way to block the sun in your space.Merely adding anything with bamboo can bring an Asian influence in your space. Bamboo is greatly known for its being durable and gorgeous. 90003 90009 3. Bricks and stones. 90010 90002 90030 90003 90002 Raad Studio 90003 90002 Who would not recognize the beauty of bricks in the house? Using bricks can make a lovely wall accent. You can also see this as a common material for a fireplace too. Meanwhile, stones can be added to some areas of the house especially if you have an indoor garden.But they can be used as decors too. 90003 90009 4. Leather. 90010 90002 90039 90003 90002 David Palermo Photography 90003 90002 Leather could give a sophisticated look to your home because of its smooth and buttery comfort just like what we can get from a leather sofa. Aside from famous leather sofas, there are also other home items that are made from it like plate cover, frames and others. Adding leather could bring an elegant touch to your space. 90003 90009 5. Iron. 90010 90002 90048 90003 90002 Urban Colony 90003 90002 It would be a good idea to use iron if you want to add a strong and bold appeal to your space.It is a perfect masculine touch to the patio, living area, kitchen and others. You can also choose different finishes for the iron. The trend these days are metallic colors. You can try using that too or any other color you want. Using this could give a distinguished vibe to your home. 90003 90009 6. Rattan and Wicker. 90010 90002 90057 90003 90002 Highgate House 90003 90002 I know you are familiar with rattan and wicker. You can usually see this in woven baskets and in some furniture.It actually looks cute in the bedroom, living room, and kitchen or even in a covered patio. For a rattan and wicker chair or sofa, you can always choose the print and color of the cushion you will use for it. 90003 90009 7. Sea grass. 90010 90002 90066 90003 90002 Karenhoughtoninteriors 90003 90002 No, it does not have to be a beach themed home to add a sea grass. Your house does not have to be near the ocean too just to have one. You can always use sisal and jute rugs that can be lovely additions to a space.Aside from being beautiful, these are durable too. It can also blend well with the rest of your home furnishings since they come in numerous colors and patterns. 90003 90009 8. Shells. 90010 90002 90075 90003 90002 Sutro Architects 90003 90002 Another item from the ocean! These delicate materials could create lovely accessories like wall decors, centerpieces, lamp shades and even pendant lights too. You can even see some mirrors with shell frames as well. Using this could bring a nautical and beach touch to any home.90003 90009 9. Travertine, Granite, Marble and other natural stones. 90010 90002 90084 90003 90002 Restructure Studio 90003 90002 If you are not familiar with these, these are famous choices for countertops, backsplashes, showers and flooring. This is beautiful natural stone that comes with unique patterns and colors. Aside from that, these are also durable and easy to clean and take care of. You can keep the shape of your travertine great by a yearly sealing and cleaning it weekly using a natural stone cleaner.90003 90009 10. Feathers. 90010 90002 90093 90003 90002 Martha O’Hara Interiors 90003 90002 If you think feathers are just good for headpieces and fascinators, you are wrong because these also look lovely in home accessories and decors. You can see these in some details of home items. But these are also used as stuffing for pillows and upholstered items. 90003 90002 Aside from those mentioned, do not forget to let the sunlight inside the house. Yes, it may not be a material but natural light can add more warmth and beauty to your home.So, make sure that you have windows that could let light into the interior. It would not just brighten a space but could also make the house feel fresh 24/7! Of the natural materials we have mentioned above, can you tell me which one would you most likely use for your home? I would guess wood is the answer. But aside from wood, what else? 90003 .90000 What is an eco-house made of? 90001 90002 90003 WHITE PAPER: ENGINEERED LOGS 90004 90005 90002 The Use of Laminated Logs in Log Home Construction 90007 By Edwin J. Burke, Ph.D. 90005 90002 90003 LOGS AS A BUILDING MATERIAL 90004 90005 90002 Log homes are a fundamental part of the housing industry of the United States and Canada. Built not only as vacation or summer homes, these substantial structures are often the principal residence of families around the world. For hundreds of years, horizontally-stacked log construction has provided safe, secure and long-lasting habitation in the Old as well as New World, and continues to today as an economical and solid choice for residential and commercial construction.Using several species native to North America, American and Canadian log home builders offer many types of construction styles and countless floor plans that suit most budgets and needs. 90005 90002 Today’s log home builder / owner has access to dozens of combinations of log species, size, style (natural vs. machined) and exterior finishes. Many choose machined logs because of their more uniform appearance and the ability to choose from a variety of exterior and interior profiles. Profiled log exteriors can present a round, flat or beveled siding appearance, while the inside face can also be round or flat with v-groove edges to give a horizontal paneling appearance.The uniform appearance of these machined logs provides a more «finished» appearance than the rustic countenance of a natural log wall. 90005 90002 Machined logs are generally manufactured from a large timber cut from the center of a tree. These timbers shrink in cross-section dimension when drying, presenting naturally occurring splits along the grain known as seasoning checks. Shrinking of wood is the inevitable result of moisture present in the wood’s cell walls leaving during the period of drying after the tree is harvested.The seasoning checks indicate drying or dried wood, and are not a serious structural defect in most applications. Since wood is stronger when it is dry, the checks are actually the indication that the wood is structurally more stable than when harvested. Checks do, however, present appearance and potential longevity problems. While they give a wall a more rustic appearance, checks can also collect moisture when opening upwards, providing the moisture decay fungi need to breakdown the wood into food.90005 90002 Proper application of a protective wood finish system that includes the checking is an important action that not only enhances the appearance, but also ensures the longevity of a log home. Regardless of the construction style, wood species, type of log or building site, protecting them is the most important step in the design, construction and maintenance of a log structure. 90005 90002 90003 THE SIGNIFICANT USE OF ENGINEERED AND LAMINATED STRUCTURAL BEAMS AND TIMBERS 90004 90005 90002 Engineered structural wood members of large dimension have been in constant production since the early part of the 20 90026 th 90027 Century.Using mechanical fasteners (such as nails, screws and bolts), combined with adhesive, several thin pieces of lumber were joined together to make large-dimensioned structural components. As adhesive technology improved, the need for mechanical fasteners to help add strength was eliminated. Today, beams in excess of 100 feet, and capable of supporting hundreds of tons are in use in highway bridges, large factory structures, warehouses, auditoriums, stadiums, domed playing fields, churches, schools and homes across America and Canada.90005 90002 The adhesive bonds in modern laminated logs allow the full strength of the wood members to be developed; the glue bond is stronger than the two wood members that it joins. Because the strength limiting characteristics are discontinuous and spread throughout the laminated log, laminated logs are typically higher in bending strength, stiffness, shear, compression and tension strength. The ability to engineer and build beams that hold far more than the equivalent cross-section of a timber cut from a single tree is one of the most compelling reasons for their status as one of the most important building components in modern wood and mixed materials construction .90005 90002 This materials-efficient and cost-effective wood laminating technology has had a major impact on one of the most treasured parts of US history, the USS Constitution, «Old Ironsides» has been refitted to 1812 specifications by the manufacture and repositioning of the diagonal risers in the hull to return the ship to its original design. These large timbers are actually laminated white oak, as timbers this large are very difficult to produce today. These one-piece risers restored the legendary handling characteristics to the Constitution, and display some of the only modern materials technology in use on the ship today.These laminated risers utilize the same adhesive technology as laminated houselogs, and serve as an example of the acceptance of this proven technology to provide longevity and function. 90005 90002 Use of laminated timbers in critically-stressed vessels is also seen in the World War II-era Navy minesweepers, also made of laminated oak to resist magnetic mine detonation technology. Several of these vessels served with the British Royal and US Navies into the 1970’s, years beyond their anticipated service life.Again, laminated timbers are known for their design versatility, durability, strength and cosmetic appeal. 90005 90002 90003 THE HOUSELOG ENGINEERING PROCESS 90004 90005 90002 Laminated houselogs are engineered structural wood products built from structurally-graded, kiln-dried lumber that has room-temperature or thermo-setting waterproof adhesive spread on the wide face. Prior to glue spread, the individual lumber laminations are given a final inspection for structural and aesthetic suitability and precisely planed to ensure a chemically-active bonding surface.In laminated houselogs, the laminations are oriented so the gluelines run vertically in the wall, thus giving the outside and inside surfaces of the finished timber a solid, one-piece appearance. Engineered structural laminated beams and timbers, including laminated houselogs, must meet strict quality control standards required by the Building Code. Beyond the engineering of each log design, continuous quality assurance measures include the use of kiln-dried, stress-graded lumber, constant monitoring of the mixing and application of adhesives, and testing of cured gluelines for strength and moisture resistance.90005 90002 Several times each year, third-party inspection agencies, that are themselves fully-accredited by internationally-recognized accrediting bodies, perform unannounced inspections of the lumber preparation and grading, the specialized adhesive and adhesive-spreading equipment, all laminating procedures and presses and internal quality assurance testing of the finished product. These required third-party inspections are another part of the total engineering / quality assurance programs used in the production of laminated houselogs.90005 90002 90003 LAMINATING DRAMATICALLY REDUCES CHECKING 90004 90005 90002 Checking in solid logs is caused by the greater amount of tangential (circumferential) shrinkage as compared to the radial shrinkage (in-out direction of the tree) seen upon drying. Houselogs typically take 1-2 years to dry to the moisture content established when they are in equilibrium with their environment. Numerically, most locations in the United States have exterior Equilibrium Moisture Contents (EMC) of approximately 8 to 12% outside, and 4-8% inside.90005 90002 Summer-to-winter variance in a log’s moisture content can amount to a few percentage points in humid areas, but the initial drying to EMC will routinely cause solid logs to undergo checking to the center of the log. 90005 90002 Lumber, on the other hand, being thinner, can be efficiently dried, with a minimum amount of checking, to a moisture content approaching the EMC of a building log, in a relatively short time. When laminated at 6 to 10% moisture content, the laminated log will undergo very little drying, even in arid climates or inside heated homes during winter.Built without the large checks common in solid logs, the laminated log will retain its smooth, nearly check-free surface through the years. 90005 90002 90003 FREEDOM FROM SIGNIFICANT SHRINKAGE, SETTLEMENT AND WARPING 90004 90005 90002 Laminated logs offer significant advantages over solid logs when considering log shrinkage and warping as well as wall settlement. Because the lumber used in the manufacture of the laminated log has been thoroughly dried to the approximate moisture content of use (10-12%), the completed logs are not likely to shrink in height and settle any more than the typical amount (.5%) allowed for in frame construction. The International Code Council’s Standard on the Design and Construction of Log Structures 90003 [1] 90004 addresses settlement for all types of log structures with prescribed and calculated methods for determining when a construction system requires allowance for settlement. Since the laminated logs are not predicted to shrink and cause enough settlement to warrant them, designed allowances for settling are not required when lumber of the appropriate moisture content is used to engineer and laminate the logs.90005 90002 Unlike solid logs that rarely have their grain aligned along the longitudinal axis and are, therefore, subject to drying to EMC and subsequent warping, bowing and twisting during storage, construction and final drying to EMC, laminated logs are built straight and square with wood that has completed its drying and will serve with far less movement during normal seasonal moisture cycling. This movement due to slight swelling and shrinking cycling causes joints to loosen and water / air-gaps to open.Since the laminated log is made up of several individual pieces, strength-reducing and movement-producing growth characteristics, such as spiral grain, knots, pitch pockets, reaction wood and other features, are not going to form the strength reducing, warp-producing continuous system pervasive in solid logs. These «defects» have been redistributed when placed in the laminated log, and the results are wall logs and structural timbers that remain straight, strong and stiff throughout their life.90005 90002 By mixing the position of lumber cut from a single tree, these characteristics do not occupy a significant volume in any one cross section. Thus, the overall strength of a timber laminated using lumber from a tree whose positioning has been randomized is greater than sawing a solid timber of the same dimensions from the same tree. 90005 90002 90003 CONSTRUCTION AND MAINTENANCE COST SAVINGS WITH ENGINEERED LOGS 90004 90005 90002 Construction time and its labor cost, which amounts to a major portion of the cost of building a home, is affected, in a very positive fashion, with the use of laminated logs.The solid log must have its checks, and other separations between logs, maintained regularly in addition to periodic protective finish application. Long term maintenance costs are likewise reduced with the use of laminated logs, due to the lack of need to maintain the special treatment of the large seasoning checks occasionally seen in the solid logs. Just like the highest quality redwood siding, the smooth, beautiful exterior and interior surfaces will be retained with ordinary routine maintenance of the exterior finish.90005 90002 90003 THE LONG-TERM DURABILITY OF GLUELINES 90004 90005 90002 Laminated houselogs are produced using the same waterproof, permanent adhesives used for high-stress, exterior structural beams used for timber bridges, construction scaffolding and other high stress, exposed uses. Quality control procedures during lumber selection and drying, adhesive mixing and spreading, log assembly and pressing, finish planing and testing all ensure a long service life and freedom from delamination due to glueline failure.A study at the University of Montana Wood Science Laboratory studying the longevity of eastern hemlock and eastern white pine unfinished and unprotected laminated houselogs has shown no delamination or instances of fungal decay. Surface weathering as aresult of constant exposure to the weather for over 10 years can be easily removed using common wood preparation materials and will accept stain and exterior finishes readily. Log homes have their logs protected from much of the weathering seen in these studies, and can expect the same excellent results seen in these tortuous test regimes.90005 90002 90003 LAMINATED LOGS ARE AN ENGINEERED WOOD PRODUCT WELL-SUITED FOR LOG STRUCTURES 90004 90005 90002 Laminated houselogs combine the aesthetics of log construction, the longevity of well-finished commercial wood siding and the economics of long-term resistance to weathering, checking and warping. Modern engineering and adhesive technology, combined with long-established manufacturing methods and modern home design and engineering, makes laminated logs a very attractive, logical choice as an economical building material for today’s log home buyers and builders.90005 90002 Edwin J. Burke, Ph.D. 90007 Chair, Dept. of Forest Management 90007 Director, University of Montana Wood Science Laboratory 90007 June 2015 90005 90002 90003 For more information about these critically-acclaimed engineered logs, contact us today. 90004 90005 90002 90003 [1] 90004 International Code Council. 2007. Standard on the Design and Construction of Log Structures. ICC 400-2007 IS LOG. 4051 W. Flossmoor Road, Country Club Hills, IL 60478. 90005 .90000 90001 Natural Building Techniques Around the World 90002 90003 90004 90005 90006 90007 90008 90007 90008 90007 90008 90007 90008 90015 90016 90008 90007 90008 90015 90021 90022 90023 90024 90008 90026 90008 90007 90008 90015 90006 90007 90005 90003 90035 90008 90015 90003 90007 90008 90015 90003 90007 90044 Naturally built homes use local, minimally processed, abundant and / or renewable natural materials.They are designed to suit their climate and geography, providing a modest shelter that can last for many centuries. Ideally they, and the way they are lived in, are in balance and harmony with the environment. 90024 90044 The resources used to build them are either so abundant that the impact of their use is not significant or they are easily replenished within the lifetime of the building.90024 90044 This collection shows naturally built homes and public buildings from different climates using a selection of natural materials and building techniques. 90024 90008 90015 90016 90008 90007 90008 90056 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90015 90003 90004 90077 In many parts of the world the traditional knowledge and skills used to build natural homes has been, or is being, lost as people become more dependent on a building industry that generally uses processed non-local materials.Natural homes are often built with the knowledge and experience of a supportive community. Here are nine such examples from around the world. 90024 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90005 90003 90007 90008 90007 90008 90007 90008 90007 90008 90015 90016 90008 90007 90008 90007 90023 90120 NM, USA 90121 90024 90008 90007 90008 90015 90006 90007 90129 Adobe 90130 90044 This is Carole Crews adobe home, although it uses other natural building techniques too.Adobe is a mixture of clay, sand and straw formed into blocks which are left to dry in the sun before being used to build with. Carole tells her story about building her home in the video below. She has written a book, Clay Culture, which takes the reader through the traditional building methods of New Mexico to the restoration of earthen homes with recipes for mixing clays.90132 90024 90005 90003 90007 90008 90007 90008 90007 90008 90015 90016 90044 More adobe natural buildings… 90024 90044 90024 90008 90007 90008 90026 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90023 90120 Wales 90121 90024 90008 90007 90008 90015 90006 90007 90129 Cordwood 90130 90044 This is the cordwood roundhouse at Denmark Farm in Wales.The roundhouse was built in 2008 by Tony Wrench leading a collection of over 60 volunteers. You can watch all the stages in the construction of the roundhouse in the video below. 90024 90044 Tony’s cordwood roundhouses epitomise sustainable living. He has written the book Building a Low Impact Roundhouse sharing his knowledge and experience.90132 90024 90005 90003 90007 90008 90007 90008 90007 90008 90015 90016 90044 More cordwood buildings …90024 90044 90024 90008 90007 90008 90026 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90023 90120 England 90121 90024 90008 90007 90008 90015 90006 90007 90129 Roundwood 90130 90044 This is Ben Law’s home in Prickly Nut Wood near Lodsworth, West Sussex, UK.The house is a roundwood sweet chestnut cruck frame with barley straw bale and wattle & daub walls and a roof of handmade Cedar shingles. 90024 90044 Ben is recreating the human scale approach to woodland management and sustainable living by combining sensitive woodland management with permaculture principles and natural building. He is an inspirational example of living in symbiosis with the natural environment around him.90024 90044 At the time few people were using roundwood so Ben developed construction methods which he later documented in his most recent book Roundwood Timber Framing. 90024 90044 More about roundwood building … 90024 90008 90007 90008 90026 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90023 90120 Bali 90121 90024 90008 90007 90008 90015 90006 90007 90129 Bamboo 90130 90044 These sea ​​urchin shaped pods are the library and reception at Bambu Indah, John Hardy’s hotel resort in Bali, Indonesia.The high silica content in bamboo means it can not be easily digested by termites. Additional soaking in borax salt makes bamboo a reliable building material. 90024 90044 90024 90005 90003 90007 90008 90007 90008 90007 90008 90015 90003 90007 90008 90007 90324 John Hardy talks about bamboo 90024 90008 90007 90008 90015 90016 90044 More about bamboo… 90024 90008 90007 90008 90026 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90023 90120 Bhutan 90121 90024 90008 90007 90008 90015 90006 90007 90129 Rammed Earth 90130 90044 A typical Bhutanese house (right) is a three storey rammed earth structure with space for livestock on the ground floor; a grain store on the middle floor and living quarters on the top floor.Another storage space is normally kept between the top floor and the roof for drying meat and vegetables. 90024 90044 The windows and doors of the house are painted with motifs of flowers and animals as decorations. This is one of the patterns, Ornament, No.249, recommended by Alexander. It makes a connection between the elements of the building and the life around them.90024 90044 More rammed earth buildings … 90024 90008 90007 90008 90026 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90023 90120 Romania 90121 90024 90008 90007 90008 90015 90006 90007 90129 Cob 90130 90044 This is one of the cob homes built by architect and natural builder Ileana Mavrodin of Casa Verde in Banat, Romania.Cob is a mixture of sand, clay and straw like adobe but not formed into bricks. Here’s a recent interview with Ileana (in Romanian) where you can see her beautiful cob home. 90132 90024 90005 90003 90007 90008 90007 90008 90007 90008 90015 90003 90007 90008 90007 90324 Ileana talks about her cob home 90024 90008 90007 90008 90015 90016 90044 More about natural building with cob… 90024 90044 90024 90008 90007 90008 90026 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90023 90120 Norway 90121 90024 90008 90007 90008 90015 90006 90007 90129 Turf 90130 90077 This extremely well connected to the earth home is one of the Sami peoples Goahti (a turf home, called a Gamme in Norwegian) used as a summer residence (Siida) at Gamtofta near Sorreisa, Norway.You can stay in these Sami homes, sleeping on reindeer skin beds warmed by an open stone circle fire, while you attend a workshop in Sami crafts (duodji). 90024 90077 The Goahti is built with two arches of timbers pegged with wooden pins that create a space when more timbers are laid on the timber arches. The timbers are then protected with birch bark held in place by thick, warm layers of turf.Here are the stages in the construction of the Goahti. 90024 90044 More about turf homes … 90024 90008 90007 90008 90026 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90023 90120 Poland 90121 90024 90008 90007 90008 90015 90006 90007 90129 Straw Bale 90130 90044 This straw bale house was built in 2002 by Paulina of Earth Hands and Houses.It sits in beautiful countryside near Lake Hancza in northeast Poland. To build a home like this today in Poland would cost about £ 10,000 ($ 15,000) in materials but at the time it was £ 5,000. Here are pictures of the straw bale house being built with details of its design. 90024 90077 You will find straw bale homes all over the world. It is a suitable design for hot and cold and wet and dry climates.Take a look at some on the Natural Homes Map. 90024 90077 Some more straw bale homes … 90024 90008 90007 90008 90026 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90007 90008 90015 90003 90007 90008 90007 90008 90007 90008 90007 90008 90007 90023 90120 Canada 90121 90024 90008 90007 90008 90015 90006 90007 90129 Dry Stone 90130 90044 This is a traditional (Almost) Scottish dry stone home called a blackhouse however this one is in Canada.Here are some blackhouses in Scotland. The house was built using 126 tons of stone at Eric Landmans farm near Grand Valley, ON. Notice steps are built into the wall leading up to the chimney and the green roof. 90024 90044 Stone is infinitely reusable and long lasting, Many stone homes in Europe were built from the homes and fortifications of earlier settlements.There are many such examples among the stone villages of Britain. 90024 90044 A collection of stone buildings … 90024 90008 90007 90008 90026 90008 90007 90008 90015 90016.90000 House of grains — Crafts of natural material, Crafts made of cereals, for 6 years kids 90001 House of grains — Crafts of natural material, Crafts made of cereals, for 6 years kids | HandCraftGuide 90002 90003 Cut the cardboard square with sides 16 cm.Do not make a very large square, as it needs too much grain. 90004 90003 Draw a pencil sketch. Each part of the picture — this is a separate zone. 90004 90003 Apply the adhesive on the first drawing zone. Arrange the grains, strongly pressing them to the cardboard. 90004 90003 Apply the grains as close as possible to each other. All drawing area should be filled with the grains of different colors to the picture turned out a contrast. 90004 90003 In order to glue when applied not to miss small areas or corners of the picture, use a brush.90004 90003 Use a small spoon to pull gently the small grains to one another, having put on the pre-drawing glue. 90004 90003 Leave to dry. 90004 90003 Turn the cardboard to shake off the excess grain. 90004 90003 Cover with laquer. 90004 90021 .