Report
Share
Recommended
Велика естафета:«Олесь Гончар крокує Херсонщиною»Зміївська сільська бібліотека
Літературно – мандрівне шатро: «Бериславщина читає Олеся Гончара»»
«Подорож життєвим та творчим шляхом Олеся Гончара».
Періодичні видання для допитливих
Періодичні видання для допитливих у фондах Державної бібліотеки України для юнацтва
50 за 50
50 за 50
/улюблені книжки п’яти поколінь читачів бібліотеки/
За 50 років життя бібліотеки виросло п’ять поколінь читачів, у кожного з яких були власні читацькі смаки, уподобання, улюблені книжки. Бібліотекарі та читачі Національної бібліотеки України для дітей вибрали п’ять десятків книжок, які були найпопулярнішими у різні періоди. Можливо серед них є і ваша улюблена. Гарного Вам перегляду!
Ми будемо дуже раді, якщо серед представлених книжок ви знайшли свою улюблену!
Levin building ecology at Sloan Symposium, 2011
This document summarizes a presentation on linking microbial ecology with the indoor environment and building science. It identifies several key factors that can influence the microbial ecology within buildings:
1. Humidity, temperature, ventilation, and the surfaces of building materials are strongly connected to the microbes present indoors.
2. Filtration, cleaning practices, HVAC systems, envelope design, and maintenance are also important building components or processes that have plausible connections to indoor microbes.
3. Additional factors like building location, type, materials, room activities, and light exposure may also impact the indoor microbial ecology but require more research to establish clear connections. Understanding these interactions is important to characterize the complex indoor microbial environment
0735 Facing the Ecology of Green Revolution Rice: The Controversy Around the ...
0735 Facing the Ecology of Green Revolution Rice: The Controversy Around the ...SRI-Rice, Dept. of Global Development, CALS, Cornell University
The document discusses the controversy surrounding the System of Rice Intensification (SRI) and its implications for rice improvement strategies. SRI uses different cultivation methods compared to conventional rice farming, including single seedling transplanting, alternating wet and dry fields, and more. While SRI proponents claim it can yield higher than conventional methods, IRRI researchers are skeptical and believe existing knowledge is sufficient. The legacy of IRRI's "green revolution" approach focusing on genetic improvements is examined, as well as how SRI presents an alternative model that considers more environmental factors. Prospects discussed include other lateral approaches being difficult to stop and IRRI transitioning to a knowledge and training center role.Ecosystems
An ecosystem is defined as all the organisms in an area along with their nonliving environment. Energy flows through ecosystems in trophic levels, with primary producers like plants converting sunlight into chemical energy. Only about 10% of energy is transferred between each trophic level. Human impacts on ecosystems include increased eutrophication of lakes from pollution, acid rain from fossil fuel combustion, and rising CO2 levels causing the greenhouse effect.
Levin Microbial Ecology Exemplifies Building Ecology
An overview of Building Ecology connections to microbial ecology and summary of some representative findings from the literature.
Kelp Ecology Slideshow
These forests under the sea are some of the most beautiful places on the planet. Imagine flying, like a bird or butterfly, through a forest full of beautiful and fascinating residents with the sun’s rays filtering down through the canopy above. These ecosystems are not only beautiful and interesting, they are valuable to humans and they are valuable to the planet.
When viewed through the perspective of a city under the sea, kelp beds also offer insights about sustainability. Kelp plants are like buildings but very special buildings that are powered completely by solar energy and provide both food and shelter for residents. In this imaginary underwater city, there is recycling, public health, advertising and lots of other things familiar from our own communities. There are also lessons we can take from the kelp bed ecosystem to guide us in creating more sustainable communities on land.
Ecological farming system
The document defines ecological farming as maximizing soil nutrients and profit potential while minimizing environmental degradation. It outlines six principles of ecological farming: feeding the soil biology with diverse cover crops, minimizing toxicity, introducing beneficial microbes, no-till or never-till practices, using soil amendments, and maintaining the system. The document emphasizes that soil carbon acts as a "keystone" for soil processes and properties in nutrient cycling.
Ecological buildings
Two students redesigned the school medical room to make it more eco-friendly. Their redesign includes installing wool insulation, double glazed windows, eco-friendly blankets and rugs, and a solar heated water tank. They also want to enlarge the medical room and bathroom, add more beds with polar fleece blankets, and improve the heating with curtains and underfloor heating. Their presentation shows diagrams of their new improved, eco-friendly design for the medical room.
Emergence of Nested Architecture in Mutualistic Ecological Communities
Mutualistic networks are formed when the interactions between two classes of species are mutually beneficial. They are important examples of cooperation shaped by evolution. Mutualism between animals and plants has a key role in the organization of ecological communities. Such networks in ecology have generally evolved
a nested architecture independent of species composition and latitude; specialist species, with only few mutualistic links, tend to interact with a proper subset of the many mutualistic partners of any of the generalist species.Despite sustained efforts to explain observed network structure on the basis of community-level stability or persistence, such correlative studies have reached minimal consensus. Here we show that nested interaction networks could
emerge as a consequence of an optimization principle aimed at maximizing the species abundance in mutualistic communities. Using analytical and numerical approaches, we show that because of the mutualistic interactions, an increase in abundance of a given species results in a corresponding increase in the total number of individuals
in the community, and also an increase in the nestedness of the interaction matrix. Indeed, the species abundances and the nestedness of the interaction matrix are correlated by a factor that depends on the strength of the mutualistic interactions. Nestedness and the observed spontaneous emergence of generalist and specialist species occur for several dynamical implementations of the variational principle under stationary conditions. Optimized networks, although remaining stable, tend to be less resilient than their counterparts with randomly assigned interactions. In particular, we show analytically that the abundance of the rarest species is linked directly to the resilience of the community. Our work provides a unifying framework for studying the emergent structural and dynamical properties of ecological mutualistic networks.
Ecological design principles
The document discusses several principles of ecological design including environmental ethics, the triple bottom line of social equity, environmental impact, and financial reward. It provides examples of green building projects like Dockside Green in Vancouver, BC, which used brownfield redevelopment, vegetated systems, wastewater reuse, and renewable energy. Other case studies discussed include the Harvard Blackstone Renovation and the California Academy of Sciences roof habitat project. Design criteria for ecological reference, balanced capacity, and sustainable yield are also outlined.
Addressing System Reliability and Ecological Concerns with Right-of-Way Stewa...
Addressing System Reliability and Ecological Concerns with Right-of-Way Stewa...Arbor Day Foundation
The document summarizes the Right-of-Way Stewardship Council (ROWSC) accreditation program, which independently accredits utility vegetation management programs. The ROWSC program recognizes excellence in Integrated Vegetation Management and is defined by 10 principles and 32 criteria related to policy, planning, and procedures. Accredited programs benefit from cost savings, recognition, and improved stakeholder relations. The ROWSC has a board of directors from non-profits, academia, industry, and government and conducts independent third-party audits of utility vegetation management programs.More Related Content
What's hot
Велика естафета:«Олесь Гончар крокує Херсонщиною»Зміївська сільська бібліотека
Літературно – мандрівне шатро: «Бериславщина читає Олеся Гончара»»
«Подорож життєвим та творчим шляхом Олеся Гончара».
Періодичні видання для допитливих
Періодичні видання для допитливих у фондах Державної бібліотеки України для юнацтва
50 за 50
50 за 50
/улюблені книжки п’яти поколінь читачів бібліотеки/
За 50 років життя бібліотеки виросло п’ять поколінь читачів, у кожного з яких були власні читацькі смаки, уподобання, улюблені книжки. Бібліотекарі та читачі Національної бібліотеки України для дітей вибрали п’ять десятків книжок, які були найпопулярнішими у різні періоди. Можливо серед них є і ваша улюблена. Гарного Вам перегляду!
Ми будемо дуже раді, якщо серед представлених книжок ви знайшли свою улюблену!
What's hot (12)
Велика естафета:«Олесь Гончар крокує Херсонщиною»Зміївська сільська бібліотека
Велика естафета:«Олесь Гончар крокує Херсонщиною»Зміївська сільська бібліотека
Звіт про проведення предметного тижня Світової літератури
Звіт про проведення предметного тижня Світової літератури
Viewers also liked
Levin building ecology at Sloan Symposium, 2011
This document summarizes a presentation on linking microbial ecology with the indoor environment and building science. It identifies several key factors that can influence the microbial ecology within buildings:
1. Humidity, temperature, ventilation, and the surfaces of building materials are strongly connected to the microbes present indoors.
2. Filtration, cleaning practices, HVAC systems, envelope design, and maintenance are also important building components or processes that have plausible connections to indoor microbes.
3. Additional factors like building location, type, materials, room activities, and light exposure may also impact the indoor microbial ecology but require more research to establish clear connections. Understanding these interactions is important to characterize the complex indoor microbial environment
0735 Facing the Ecology of Green Revolution Rice: The Controversy Around the ...
0735 Facing the Ecology of Green Revolution Rice: The Controversy Around the ...SRI-Rice, Dept. of Global Development, CALS, Cornell University
The document discusses the controversy surrounding the System of Rice Intensification (SRI) and its implications for rice improvement strategies. SRI uses different cultivation methods compared to conventional rice farming, including single seedling transplanting, alternating wet and dry fields, and more. While SRI proponents claim it can yield higher than conventional methods, IRRI researchers are skeptical and believe existing knowledge is sufficient. The legacy of IRRI's "green revolution" approach focusing on genetic improvements is examined, as well as how SRI presents an alternative model that considers more environmental factors. Prospects discussed include other lateral approaches being difficult to stop and IRRI transitioning to a knowledge and training center role.Ecosystems
An ecosystem is defined as all the organisms in an area along with their nonliving environment. Energy flows through ecosystems in trophic levels, with primary producers like plants converting sunlight into chemical energy. Only about 10% of energy is transferred between each trophic level. Human impacts on ecosystems include increased eutrophication of lakes from pollution, acid rain from fossil fuel combustion, and rising CO2 levels causing the greenhouse effect.
Levin Microbial Ecology Exemplifies Building Ecology
An overview of Building Ecology connections to microbial ecology and summary of some representative findings from the literature.
Kelp Ecology Slideshow
These forests under the sea are some of the most beautiful places on the planet. Imagine flying, like a bird or butterfly, through a forest full of beautiful and fascinating residents with the sun’s rays filtering down through the canopy above. These ecosystems are not only beautiful and interesting, they are valuable to humans and they are valuable to the planet.
When viewed through the perspective of a city under the sea, kelp beds also offer insights about sustainability. Kelp plants are like buildings but very special buildings that are powered completely by solar energy and provide both food and shelter for residents. In this imaginary underwater city, there is recycling, public health, advertising and lots of other things familiar from our own communities. There are also lessons we can take from the kelp bed ecosystem to guide us in creating more sustainable communities on land.
Ecological farming system
The document defines ecological farming as maximizing soil nutrients and profit potential while minimizing environmental degradation. It outlines six principles of ecological farming: feeding the soil biology with diverse cover crops, minimizing toxicity, introducing beneficial microbes, no-till or never-till practices, using soil amendments, and maintaining the system. The document emphasizes that soil carbon acts as a "keystone" for soil processes and properties in nutrient cycling.
Ecological buildings
Two students redesigned the school medical room to make it more eco-friendly. Their redesign includes installing wool insulation, double glazed windows, eco-friendly blankets and rugs, and a solar heated water tank. They also want to enlarge the medical room and bathroom, add more beds with polar fleece blankets, and improve the heating with curtains and underfloor heating. Their presentation shows diagrams of their new improved, eco-friendly design for the medical room.
Emergence of Nested Architecture in Mutualistic Ecological Communities
Mutualistic networks are formed when the interactions between two classes of species are mutually beneficial. They are important examples of cooperation shaped by evolution. Mutualism between animals and plants has a key role in the organization of ecological communities. Such networks in ecology have generally evolved
a nested architecture independent of species composition and latitude; specialist species, with only few mutualistic links, tend to interact with a proper subset of the many mutualistic partners of any of the generalist species.Despite sustained efforts to explain observed network structure on the basis of community-level stability or persistence, such correlative studies have reached minimal consensus. Here we show that nested interaction networks could
emerge as a consequence of an optimization principle aimed at maximizing the species abundance in mutualistic communities. Using analytical and numerical approaches, we show that because of the mutualistic interactions, an increase in abundance of a given species results in a corresponding increase in the total number of individuals
in the community, and also an increase in the nestedness of the interaction matrix. Indeed, the species abundances and the nestedness of the interaction matrix are correlated by a factor that depends on the strength of the mutualistic interactions. Nestedness and the observed spontaneous emergence of generalist and specialist species occur for several dynamical implementations of the variational principle under stationary conditions. Optimized networks, although remaining stable, tend to be less resilient than their counterparts with randomly assigned interactions. In particular, we show analytically that the abundance of the rarest species is linked directly to the resilience of the community. Our work provides a unifying framework for studying the emergent structural and dynamical properties of ecological mutualistic networks.
Ecological design principles
The document discusses several principles of ecological design including environmental ethics, the triple bottom line of social equity, environmental impact, and financial reward. It provides examples of green building projects like Dockside Green in Vancouver, BC, which used brownfield redevelopment, vegetated systems, wastewater reuse, and renewable energy. Other case studies discussed include the Harvard Blackstone Renovation and the California Academy of Sciences roof habitat project. Design criteria for ecological reference, balanced capacity, and sustainable yield are also outlined.
Addressing System Reliability and Ecological Concerns with Right-of-Way Stewa...
Addressing System Reliability and Ecological Concerns with Right-of-Way Stewa...Arbor Day Foundation
The document summarizes the Right-of-Way Stewardship Council (ROWSC) accreditation program, which independently accredits utility vegetation management programs. The ROWSC program recognizes excellence in Integrated Vegetation Management and is defined by 10 principles and 32 criteria related to policy, planning, and procedures. Accredited programs benefit from cost savings, recognition, and improved stakeholder relations. The ROWSC has a board of directors from non-profits, academia, industry, and government and conducts independent third-party audits of utility vegetation management programs.Wiki as en ecological system
The Fourth Advanced International Colloquium on Building the Scientific Mind (BtSM2011) - presentation was augmented by StarLogo and Netlogo models
Ecological arhitecture
The document discusses ecological architecture and innovative earth houses designed by Swiss architect Peter Vetsch. The earth houses have curved forms, are built directly into the ground with earthen walls and roofs, and feature contemporary finishes inside flexible, sculptural structures that blend into the natural environment.
Ashrae standards for energy efficiency in buildings
This document discusses several ASHRAE standards related to building energy efficiency, including Standard 90.1, Standard 90.2, the Green Building Standard, Standard 189.1, and building energy labels. Standard 90.1 provides minimum energy efficiency requirements for commercial buildings, while Standard 90.2 does the same for residential buildings. The Green Building Standard and Standard 189.1 establish benchmarks for sustainable green buildings. Building energy labels provide information on a building's energy use and performance to help differentiate buildings.
Building the Innovation Eco-system Role of NInC and SInCs
Building the Innovation Eco-system Role of NInC and SInCsOffice of Adviser to the PM on Public Information Infrastructure and Innovations
The document discusses the role of National Innovation Council (NInC) and State Innovation Councils (SInCs) in building an innovation ecosystem in India. It outlines the mandate of NInC which includes formulating a roadmap for innovation and creating an environment to foster inclusive innovation. The role of SInCs is to map opportunities for innovation in states and help create local innovation ecosystems. The document also describes several innovation initiatives and programs led by NInC, including innovation clusters, challenges and competitions, the Open Government Platform, and expectations from SInCs to support these efforts and develop similar programs at the state level.Ecology architecture
Landscape ecology focuses on (1) the spatial relationships among landscape elements, (2) the flows of energy, nutrients, and species among elements, and (3) the ecological dynamics of the landscape mosaic through time. It considers the development and dynamics of spatial heterogeneity, spatial and temporal interactions across heterogeneous landscapes, and the influence of spatial heterogeneity on biotic and abiotic processes. Landscape ecology is motivated by a need to understand pattern development in ecological phenomena, the role of disturbance, and characteristic spatial and temporal scales of ecological events while emphasizing broad spatial scales and the effects of ecosystem spatial patterning.
Ecosystem Services
Natural ecosystems provide numerous ecosystem services that are essential to human well-being and economic activity. These services include provisioning services like food, fiber, fuel and medicines; regulating services like climate regulation, flood and drought mitigation, soil formation, and pest control; and cultural services like inspiration, recreation, and spiritual fulfillment. However, many of these services are being degraded or lost due to human activities like habitat destruction, overexploitation, pollution, and climate change. Properly valuing ecosystem services and incorporating their value into policy and economic decisions is crucial for ensuring their continued supply for future generations.
Time For a Change... Ecological Buildings.
This is a Keynote we had to present to the class. The information is not there because we had to remember it.
An ecology for systemic change. How to foster and empower disruptive innovati...
Looking at how to embed into the system the code for its renewal. Fostering factors of opportunity and renewal as commons. A draft presentation, work in progress.
The full paper is available here: https://www.academia.edu/7304971/An_Ecology_of_Transformative_Action_Awaiting_to_be_Discovered
Ecosystem services and natural capital – the foundation of a green economy
This document discusses how ecosystem services and natural capital are integral to establishing a green economy. It defines ecosystem services as the benefits people obtain from ecosystems, such as food, water, and recreation. Natural capital refers to the stock of natural resources and ecosystems that provide a flow of ecosystem services. A green economy aims to improve human well-being while reducing environmental risks. The document argues that a green economy must value and protect natural capital and the ecosystem services it provides. It provides several examples of the economic value of ecosystem services in order to illustrate how fully integrating them into policymaking can help build a truly green economy.
Ecological pyramids
Ecological pyramids graphically represent trophic structure in ecosystems. There are three main types: numbers pyramids show individuals per trophic level; biomass pyramids show mass per level; and productivity pyramids show energy flow between levels. Numbers pyramids typically have a broad base of producers and narrow top of apex predators. Biomass pyramids can be inverted in aquatic systems depending on species longevity. Productivity pyramids show only 10% of energy is transferred between trophic levels. Pollutants can biomagnify up food chains, becoming more concentrated and potentially toxic at higher levels.
Viewers also liked (20)
0735 Facing the Ecology of Green Revolution Rice: The Controversy Around the ...
0735 Facing the Ecology of Green Revolution Rice: The Controversy Around the ...
Levin Microbial Ecology Exemplifies Building Ecology
Levin Microbial Ecology Exemplifies Building Ecology
Emergence of Nested Architecture in Mutualistic Ecological Communities
Emergence of Nested Architecture in Mutualistic Ecological Communities
Addressing System Reliability and Ecological Concerns with Right-of-Way Stewa...
Addressing System Reliability and Ecological Concerns with Right-of-Way Stewa...
Ashrae standards for energy efficiency in buildings
Ashrae standards for energy efficiency in buildings
Building the Innovation Eco-system Role of NInC and SInCs
Building the Innovation Eco-system Role of NInC and SInCs
An ecology for systemic change. How to foster and empower disruptive innovati...
An ecology for systemic change. How to foster and empower disruptive innovati...
Ecosystem services and natural capital – the foundation of a green economy
Ecosystem services and natural capital – the foundation of a green economy
More from Denis Melnikov
More from Denis Melnikov (8)
Recently uploaded
High-intent keywords для просування SaaS компаній | Iryna Kutnyak
High-intent keywords для органічного просування SaaS компаній — реальні кейси та результати | Iryna Kutnyak
Вебінар з Iryna Kutnyak, що відбувся 18.06.2024 у рамках івентів від Collaborator.pro
Запис доповіді:
https://webinars.collaborator.pro/webinar/high-intent-keywords-for-saas-companies
Тези доповіді:
1. Ключові слова з високим наміром купівлі: чому вони критично важливі для успіху SaaS.
2. SEO і контентна оптимізація: як правильний вибір ключових слів може трансформувати вашу онлайн-видимість.
3. Аналіз ринку для вибору ключових слів: стратегії виявлення ідеальних запитів для вашої цільової аудиторії.
4. Ефективні стратегії контенту: як залучити і перетворити відвідувачів у покупців.
5. Довгострокове зростання через SEO: використання ключових слів для стабільного розвитку бізнесу.
6. Сила беклінків: підсилення вашої SEO стратегії через якісні зовнішні посилання.
Про спікерку:
Ірина Кутняк — Director of Operations, Content Marketing Strategist компанії Quoleady
✓ Працює у сфері інтернет-маркетингу із 2014 року
✓ Останні 8 років працює із SaaS компаніями
✓ Має великий досвід в із SaaS стартапами на рівні ідеї, а також компаніями-юнікронами
✓ У фокусі діяльності — аудит наявної стратегії, оптимізація, кластеризація контенту, робота із внутрішніми й зовнішніми посиланнями, формування редакторського брендбуку.
Дивіться інші вебінари:
https://webinars.collaborator.pro/
Вивчайте курси з SEO у Академії Collaborator. Доступ безкоштовний, потрібна лише реєстрація: https://collaborator.pro/
Проєкт "Подорож містами України". Буковина
проєкту від Національної бібліотеки України для дітей «Подорож містами України», у якому ти відкриєш для себе найкращі краєзнавчі перлини Батьківщини. Дванадцята зупинка присвячена західному, колоритному, найменшому за розміром регіону України - Чернівецькій області, яку називають Буковиною.
Віртуальна виставка «Батько – це сила і мудрість».
Віртуальна виставка «Батько – це сила і мудрість».Vinnytsia Regional Universal Scientific Library named after Valentin Otamanovsky
Батько, тато, татусь, татусенько… Він вимогливий і суворий, мудрий і сміливий, сильний і міцний. 16 червня в Україні відзначають День батька. Бути хорошим батьком – найвідповідальніша місія в житті кожного чоловіка. Навчити, розповісти, захистити, пояснити та зробити все це з любов’ю й терпінням – таке може тільки справжній тато.
Тато – це людина, поруч з якою не буває страшно, вона любить тебе понад усе. Тож привітайте своїх татусів зі святом та нагадуйте їм про свою любов не лише в цей день.
Звіт керівника Залав'єцького ЗДО перед громадськістю та колективом за 2023-20...
Звіт керівника Залав'єцького ЗДО дитячий садок "Казка" Острожецької сільської ради Дубенського району Рівненської області
Recently uploaded (8)
High-intent keywords для просування SaaS компаній | Iryna Kutnyak
High-intent keywords для просування SaaS компаній | Iryna Kutnyak
Віртуальна виставка «Батько – це сила і мудрість».
Віртуальна виставка «Батько – це сила і мудрість».
Звіт керівника Залав'єцького ЗДО перед громадськістю та колективом за 2023-20...
Звіт керівника Залав'єцького ЗДО перед громадськістю та колективом за 2023-20...
Видео
- 1. Дитячабібліотека-філія №8 ім. З.Космодем’янської Завітай у світкнижковий, дивовижний і казковий
- 7. Улюблених книжок улюблені герої
- 8. На хвилинку зупинись, Нову книжку подивись
- 9. Разом ми читаємо – разом ми й граємо
- 11. Конкурс “Пам’ятник літературному герою”
- 13. “Я люблю журнали! А ти?”
- 16. Право дитини на щастя
- 17. Запрошуємо до гуртка “Книга та лялька”
- 19. Книжкова виставка: ”Я розповім вам про війну”
- 22. Таланти наших читачів