This document presents different culture methods for farming mussels. There are three main types of culture methods: bottom culture, intertidal and shallow water culture, and deep water culture. Intertidal and shallow water culture methods include rack culture, tray culture, wig-wam culture, and rope-web culture. Rack culture involves hanging mussel collectors on bamboo poles. Tray culture uses bamboo or metal trays suspended on poles. Deep water culture methods are raft culture, using rafts to hold suspended rope collectors, and long-line culture, which uses underwater lines anchored at the bottom.
Pen culture involves holding aquatic organisms in captivity within enclosed spaces with free water exchange. It originated in Asia in the early 1920s and was later introduced to Philippines in 1968-1970. Pens are usually built in shallow waters and can range from 3-5m deep and 2-7 hectares in size. Common barriers include bamboo, wire mesh, and nylon nets. Species suitable for pen culture include milkfish, carps, tilapia, catfish and prawns. Pen culture provides benefits like assured production and employment, but also faces challenges like damage from predators, fouling, and poor water quality.
This document describes different culture methods for farming freshwater mussels. It discusses species used in aquaculture like green mussels and blue mussels, which provide food and livelihood. Culture techniques include raft culture using floating rafts with seeded ropes, long-line culture using anchored floating lines, and intertidal methods like rack, hanging, stake and tray cultures. Deeper water methods use rafts and long lines while intertidal zones use racks and poles with seeded ropes or bags. Bottom culture is also discussed where mussels are grown directly on firm ocean bottoms. The document provides details on construction and process for various culture methods.
Namibia's inland river fisheries play a vital role in food security but have suffered serious declines due to overexploitation and destructive fishing practices. The introduction of monofilament nets in particular has been very damaging as they are more effective at overfishing and are often abandoned, continuing to catch fish. However, some communities are now establishing Fish Protection Areas to protect breeding stocks, with success, offering hope for sustainable management of these important fisheries.
The main interest is to serve the vulnerable population with lower chances of accessing food with nutritional quality, housing with basic services, firm education and contribute to the future of children; Generate employment for young people and adults who wish to work their own land and satisfy their families; The elderly who are unprotected by this migration due to lack of employment.
Project Desert Farms- Information BookletKashyap Gohel
The document outlines a proposed project called Project Desert Farms that aims to address issues of water scarcity, food security, housing, and unemployment through the development of sustainable desert farms and cities. The project involves transporting seawater inland via pipelines to trench lakes where desalination housing units would be built. The desalinated water would be used to irrigate lands and cultivate crops while also providing housing. Fish and seaweed grown in the trench lakes would fertilize soils and provide food and materials. The long-term vision is to establish self-sufficient desert cities through this modular approach.
Mussels are filter feeders that attach to hard surfaces in coastal waters. They are farmed using various culture methods including raft culture, rack culture, and bottom culture. In raft culture, mussels are seeded onto ropes suspended from floating rafts. Rack culture involves suspending seeded ropes from fixed wooden frames. Bottom culture grows mussels directly on the seafloor. Mussels are harvested once they reach market size, usually within 6-12 months, and are an important source of protein for human consumption as well as playing an ecological role by filtering water.
This document presents different culture methods for farming mussels. There are three main types of culture methods: bottom culture, intertidal and shallow water culture, and deep water culture. Intertidal and shallow water culture methods include rack culture, tray culture, wig-wam culture, and rope-web culture. Rack culture involves hanging mussel collectors on bamboo poles. Tray culture uses bamboo or metal trays suspended on poles. Deep water culture methods are raft culture, using rafts to hold suspended rope collectors, and long-line culture, which uses underwater lines anchored at the bottom.
Pen culture involves holding aquatic organisms in captivity within enclosed spaces with free water exchange. It originated in Asia in the early 1920s and was later introduced to Philippines in 1968-1970. Pens are usually built in shallow waters and can range from 3-5m deep and 2-7 hectares in size. Common barriers include bamboo, wire mesh, and nylon nets. Species suitable for pen culture include milkfish, carps, tilapia, catfish and prawns. Pen culture provides benefits like assured production and employment, but also faces challenges like damage from predators, fouling, and poor water quality.
This document describes different culture methods for farming freshwater mussels. It discusses species used in aquaculture like green mussels and blue mussels, which provide food and livelihood. Culture techniques include raft culture using floating rafts with seeded ropes, long-line culture using anchored floating lines, and intertidal methods like rack, hanging, stake and tray cultures. Deeper water methods use rafts and long lines while intertidal zones use racks and poles with seeded ropes or bags. Bottom culture is also discussed where mussels are grown directly on firm ocean bottoms. The document provides details on construction and process for various culture methods.
Namibia's inland river fisheries play a vital role in food security but have suffered serious declines due to overexploitation and destructive fishing practices. The introduction of monofilament nets in particular has been very damaging as they are more effective at overfishing and are often abandoned, continuing to catch fish. However, some communities are now establishing Fish Protection Areas to protect breeding stocks, with success, offering hope for sustainable management of these important fisheries.
The main interest is to serve the vulnerable population with lower chances of accessing food with nutritional quality, housing with basic services, firm education and contribute to the future of children; Generate employment for young people and adults who wish to work their own land and satisfy their families; The elderly who are unprotected by this migration due to lack of employment.
Project Desert Farms- Information BookletKashyap Gohel
The document outlines a proposed project called Project Desert Farms that aims to address issues of water scarcity, food security, housing, and unemployment through the development of sustainable desert farms and cities. The project involves transporting seawater inland via pipelines to trench lakes where desalination housing units would be built. The desalinated water would be used to irrigate lands and cultivate crops while also providing housing. Fish and seaweed grown in the trench lakes would fertilize soils and provide food and materials. The long-term vision is to establish self-sufficient desert cities through this modular approach.
Mussels are filter feeders that attach to hard surfaces in coastal waters. They are farmed using various culture methods including raft culture, rack culture, and bottom culture. In raft culture, mussels are seeded onto ropes suspended from floating rafts. Rack culture involves suspending seeded ropes from fixed wooden frames. Bottom culture grows mussels directly on the seafloor. Mussels are harvested once they reach market size, usually within 6-12 months, and are an important source of protein for human consumption as well as playing an ecological role by filtering water.
This document describes different types of aquaculture practices based on salinity levels: mariculture for saltwater environments, metahaline culture for supersaline areas, brackishwater culture, and freshwater culture. For each environment, various culture methods are outlined, such as cage culture, raft culture, rack culture, and integrated fish farming. Culture techniques like monosex culture and air-breathing fish culture are also summarized.
Living on water and land: Challenges and opportunities for the development of...IEREK Press
Loreto, the largest Amazonian region in Peru, is home to more than 200,000 inhabitants that live in traditional
riverside rural communities adapted to an amphibious lifestyle, with houses that rise or float on the river in times of
flooding and perch on the dried riverbed in low water times. Nevertheless, these amphibious communities are not
exclusive to rural areas. Iquitos, the largest city of Loreto, is surrounded by alluvial plains, where more than 90,000
people live on the water and bring a rich social, cultural, and environmental vibrancy to the regions. However, poor
infrastructure conditions and limited resources in this communities affect the ecosystem and the population's health.
The objective of this qualitative study was to understand the physical, sociocultural, and environmental conditions
in which these amphibious communities live and identify the political, legal, and cultural barriers that prevent their
healthy urban development. Data collection was conducted through semi-structured interviews, surveys, and
observation of physical and environmental conditions. The results suggest conflicts in the formalization processes
of theses informal communities, from administrative and legal aspects to a limited definition of habitable territory.
We identified the benefits of the current urban-architectural conditions of these communities, whose housing
typologies, adapted to the seasonal change of the rivers, may provide a alternative model to adapt with resilience to
the impacts of climate change and sea level rise. We also identified challenges in sanitation, accessibility, public
space, and strengthe of community networks, as well as challenges in the response of the government whose
proposals for relocation of the amphibious communities have not fully considered these communities' economic,
social, and cultural values.
This document provides technical information on various rainwater harvesting techniques. It discusses strategies for harvesting rainwater on rooftops, in the soil, and in ponds, dams, tanks and other water storage structures. The document emphasizes that rainwater harvesting requires investment of resources and ongoing maintenance. It should be implemented with community participation to ensure projects are sustainable. Rainwater harvesting can help farmers deal with unpredictable rainfall and increase crop yields.
Shouchi Saitou: Conserving the Trout & Tenkara of ItoshiroPaul Gaskell
Fantastic insights into the development of one of (or possibly "THE") first Catch & Release River Fly Fisheries in Japan. Heroic efforts by local activist Shouichi Saitou
The Tawatinaw Watershed Stewards aim to conserve, protect, and rehabilitate the Tawatinaw River Basin. Their vision is for an ecologically healthy and diverse watershed. The document discusses the importance of protecting natural areas like riparian zones and providing wildlife corridors. It also notes threats like grazing practices damaging river beds and banks, as well as off-highway vehicles impacting spawning areas. The group seeks local involvement to develop a plan to protect the still healthy Tawatinaw Basin.
This document discusses traditional and modern aquaculture systems. It describes different aquaculture systems including extensive, semi-intensive and intensive systems. Cage culture and raceway pond systems are introduced as open systems that make use of existing water bodies. Close recirculating aquaculture systems are also summarized as they allow for intensive aquaculture production with environmental control. The document outlines advantages and disadvantages of different aquaculture methods.
November 2022 NSW Roadside Environment Committee NewsletterNeil Dufty
Newsletter of the New South Wales Roadside Environment Committee highlighting good practices in the environmental management of roadsides and other linear reserves in NSW, Australia. In this edition, news on:
• Quantifying and mitigating the ecological impacts of linear infrastructure and transport
• IFM Investors grant supports Friends of Lane Cove National Park Bushland Restoration Work
• Roadside weed awareness signs
• Rare native plant discovered on Hay travelling stock reserve
• Good news: highway underpasses for wildlife actually work
• Importance of linear reserves to birds and insects in semi-arid Australia
• Machine learning approaches are proactively mitigating the risk of bushfires caused by powerlines
• More equals more in Small Purple-Pea project
• Cumberland Plain Conservation Plan released
The Molino Dam, also known as Prinza Dam, was constructed in the 18th century by the Spaniards to irrigate the surrounding rice fields in Las Piñas and Bacoor. It is a gravity dam made of adobe rocks that impounds the Zapote River. In the past, the dam was used for irrigation but it now serves as a footbridge and tourist attraction. Issues like prolonged drought periods and visible bubbles forming in the water have occurred but rehabilitation efforts have helped address problems and increase water capacity.
The document discusses closed loop urbanism and using oysters to preserve coastal areas. It outlines key principles of closed loop environments that recycle materials. It then discusses using oyster reefs to improve coastal water quality by filtering pollutants. The life cycle of oysters is described where they attach to form reefs that provide habitat and protect shorelines. Recycling oyster shells is important to provide substrate for new oysters to attach to and continue rebuilding reefs.
The fall 2014 edition of Private Forest Matters—a quarterly newsletter distributed to members of the Private Forest Landowners Association. Includes information on: water management tips for forest owners, upcoming municipal elections, rebuilding coho populations in the Englishman River, tribute to Maxine Haley.
Aquaponics integrates a hydroponic plant production system with a recirculating aquaculture system. In aquaponics, nutrient-rich water from fish tanks flows to plant beds or rafts, where the plants remove waste from the water as they grow. The cleaned water then recirculates back to the fish tanks. Small-scale aquaponic systems use tanks under 500 gallons to raise fish like tilapia, with the waste providing nutrients for plants grown hydroponically in beds, channels, or rafts. Close management of water quality, fish, and plants is needed to maintain the balanced symbiotic relationship between all three.
The Living North Sea Initiative (LiNSI) explored alternative approaches to decommissioning oil and gas structures in the North Sea that could both reduce costs and protect ecosystems. It engaged over 450 stakeholders from industries that utilize the North Sea. LiNSI's goals were to catalyze ecosystem restoration and sustainable use, ensure decommissioning is environmentally safe, and facilitate collaboration. It proposed leaving some cleaned structures to serve as artificial reefs, and investing potential cost-savings in a North Sea Fund to support further restoration and sustainable projects. While the program ended in 2015, stakeholders remain interested in continuing the discussion on how to make decommissioning an opportunity for the North Sea environment.
This document discusses crocodile farming practices. It begins by outlining the historical exploitation of crocodilians for their skins, which greatly reduced wild populations. It then describes three classes of crocodile farms in Cambodia based on scale. Next, it provides practical guidance on setting up crocodile farms, emphasizing the importance of reliable water supplies, suitable pond construction and maintenance, and humane capturing methods. The goal is to establish sustainable crocodile populations that can replenish depleted habitats.
1) The document discusses protected areas, their importance, and how to effectively manage them. Protected areas provide valuable ecosystem services like fresh water, fisheries, tourism, and cultural/religious sites.
2) Protected areas need to be well managed with trained staff, technology, and community support to conserve biodiversity and deliver benefits to people.
3) A system plan can coordinate protected areas nationally to ensure ecosystem services, wildlife protection, and nature benefits for all citizens.
Mina ESTEGHAMAT "Reviving Indigenous Community Conserved Areas (ICCAs) in cus...Global Risk Forum GRFDavos
The document discusses initiatives by the Abolhassani nomadic pastoralist community in Iran to cope with drought through local ecological management and indigenous knowledge. [1] The community has faced increasing droughts due to climate change that have negatively impacted livelihoods. [2] However, the community has adapted using strategies like water storage, adjusting livestock numbers and migration patterns, renting farmland, and communally managing rangelands and water sources. [3] The document recommends supporting these indigenous communities and knowledge systems, and recognizing their rights over ancestral lands.
This document summarizes low-cost techniques for controlling river bank erosion in Indonesia, known as "bio-engineering". It discusses several methods:
1) Planting vetiver grass, which has a dense root structure that stabilizes soil and arrests erosion. Vetiver was successfully tested along several rivers in Java.
2) "Bio-Engineering-2" uses a combination of bamboo poles, vetiver grass, and ipomea carnia vines. Bamboo poles are driven into the riverbed to form porous structures that slow water flow and trap sediment. Once sediment builds up, vetiver and ipomea carnia are planted to further stabilize the bank.
3) Other low-cost natural methods
Pen culture involves holding culturable aquatic organisms in enclosed spaces surrounded by nets or fences while maintaining water flow. It originated in Asia in the early 1920s and was later introduced to freshwater lakes and reservoirs. Pens are usually built in shallow waters and consist of barriers made from various materials like concrete, wire mesh, or nylon nets. Common species cultured in pens include various carp, milkfish, tilapia, and prawns. While pen culture provides benefits like increased production and growth, it also faces challenges like damage from predators, fouling, and poor harvest recovery rates. Overall, pen culture is best suited for extensive or semi-intensive aquaculture.
This document proposes a plan to restore habitat, manage stormwater, and improve public health along the Pacoima Wash in Los Angeles. It analyzes factors related to public health that should influence park design and location. It evaluates two potential sites for new parks and connects them with a bike path and greenway. The plan aims to restore native habitat and biodiversity, manage stormwater using low-impact development techniques, and provide much-needed open space to the community to address health issues like obesity. By addressing public health, habitat, and stormwater together, the integrated design will comprehensively benefit both local residents and wildlife.
This document describes different types of aquaculture practices based on salinity levels: mariculture for saltwater environments, metahaline culture for supersaline areas, brackishwater culture, and freshwater culture. For each environment, various culture methods are outlined, such as cage culture, raft culture, rack culture, and integrated fish farming. Culture techniques like monosex culture and air-breathing fish culture are also summarized.
Living on water and land: Challenges and opportunities for the development of...IEREK Press
Loreto, the largest Amazonian region in Peru, is home to more than 200,000 inhabitants that live in traditional
riverside rural communities adapted to an amphibious lifestyle, with houses that rise or float on the river in times of
flooding and perch on the dried riverbed in low water times. Nevertheless, these amphibious communities are not
exclusive to rural areas. Iquitos, the largest city of Loreto, is surrounded by alluvial plains, where more than 90,000
people live on the water and bring a rich social, cultural, and environmental vibrancy to the regions. However, poor
infrastructure conditions and limited resources in this communities affect the ecosystem and the population's health.
The objective of this qualitative study was to understand the physical, sociocultural, and environmental conditions
in which these amphibious communities live and identify the political, legal, and cultural barriers that prevent their
healthy urban development. Data collection was conducted through semi-structured interviews, surveys, and
observation of physical and environmental conditions. The results suggest conflicts in the formalization processes
of theses informal communities, from administrative and legal aspects to a limited definition of habitable territory.
We identified the benefits of the current urban-architectural conditions of these communities, whose housing
typologies, adapted to the seasonal change of the rivers, may provide a alternative model to adapt with resilience to
the impacts of climate change and sea level rise. We also identified challenges in sanitation, accessibility, public
space, and strengthe of community networks, as well as challenges in the response of the government whose
proposals for relocation of the amphibious communities have not fully considered these communities' economic,
social, and cultural values.
This document provides technical information on various rainwater harvesting techniques. It discusses strategies for harvesting rainwater on rooftops, in the soil, and in ponds, dams, tanks and other water storage structures. The document emphasizes that rainwater harvesting requires investment of resources and ongoing maintenance. It should be implemented with community participation to ensure projects are sustainable. Rainwater harvesting can help farmers deal with unpredictable rainfall and increase crop yields.
Shouchi Saitou: Conserving the Trout & Tenkara of ItoshiroPaul Gaskell
Fantastic insights into the development of one of (or possibly "THE") first Catch & Release River Fly Fisheries in Japan. Heroic efforts by local activist Shouichi Saitou
The Tawatinaw Watershed Stewards aim to conserve, protect, and rehabilitate the Tawatinaw River Basin. Their vision is for an ecologically healthy and diverse watershed. The document discusses the importance of protecting natural areas like riparian zones and providing wildlife corridors. It also notes threats like grazing practices damaging river beds and banks, as well as off-highway vehicles impacting spawning areas. The group seeks local involvement to develop a plan to protect the still healthy Tawatinaw Basin.
This document discusses traditional and modern aquaculture systems. It describes different aquaculture systems including extensive, semi-intensive and intensive systems. Cage culture and raceway pond systems are introduced as open systems that make use of existing water bodies. Close recirculating aquaculture systems are also summarized as they allow for intensive aquaculture production with environmental control. The document outlines advantages and disadvantages of different aquaculture methods.
November 2022 NSW Roadside Environment Committee NewsletterNeil Dufty
Newsletter of the New South Wales Roadside Environment Committee highlighting good practices in the environmental management of roadsides and other linear reserves in NSW, Australia. In this edition, news on:
• Quantifying and mitigating the ecological impacts of linear infrastructure and transport
• IFM Investors grant supports Friends of Lane Cove National Park Bushland Restoration Work
• Roadside weed awareness signs
• Rare native plant discovered on Hay travelling stock reserve
• Good news: highway underpasses for wildlife actually work
• Importance of linear reserves to birds and insects in semi-arid Australia
• Machine learning approaches are proactively mitigating the risk of bushfires caused by powerlines
• More equals more in Small Purple-Pea project
• Cumberland Plain Conservation Plan released
The Molino Dam, also known as Prinza Dam, was constructed in the 18th century by the Spaniards to irrigate the surrounding rice fields in Las Piñas and Bacoor. It is a gravity dam made of adobe rocks that impounds the Zapote River. In the past, the dam was used for irrigation but it now serves as a footbridge and tourist attraction. Issues like prolonged drought periods and visible bubbles forming in the water have occurred but rehabilitation efforts have helped address problems and increase water capacity.
The document discusses closed loop urbanism and using oysters to preserve coastal areas. It outlines key principles of closed loop environments that recycle materials. It then discusses using oyster reefs to improve coastal water quality by filtering pollutants. The life cycle of oysters is described where they attach to form reefs that provide habitat and protect shorelines. Recycling oyster shells is important to provide substrate for new oysters to attach to and continue rebuilding reefs.
The fall 2014 edition of Private Forest Matters—a quarterly newsletter distributed to members of the Private Forest Landowners Association. Includes information on: water management tips for forest owners, upcoming municipal elections, rebuilding coho populations in the Englishman River, tribute to Maxine Haley.
Aquaponics integrates a hydroponic plant production system with a recirculating aquaculture system. In aquaponics, nutrient-rich water from fish tanks flows to plant beds or rafts, where the plants remove waste from the water as they grow. The cleaned water then recirculates back to the fish tanks. Small-scale aquaponic systems use tanks under 500 gallons to raise fish like tilapia, with the waste providing nutrients for plants grown hydroponically in beds, channels, or rafts. Close management of water quality, fish, and plants is needed to maintain the balanced symbiotic relationship between all three.
The Living North Sea Initiative (LiNSI) explored alternative approaches to decommissioning oil and gas structures in the North Sea that could both reduce costs and protect ecosystems. It engaged over 450 stakeholders from industries that utilize the North Sea. LiNSI's goals were to catalyze ecosystem restoration and sustainable use, ensure decommissioning is environmentally safe, and facilitate collaboration. It proposed leaving some cleaned structures to serve as artificial reefs, and investing potential cost-savings in a North Sea Fund to support further restoration and sustainable projects. While the program ended in 2015, stakeholders remain interested in continuing the discussion on how to make decommissioning an opportunity for the North Sea environment.
This document discusses crocodile farming practices. It begins by outlining the historical exploitation of crocodilians for their skins, which greatly reduced wild populations. It then describes three classes of crocodile farms in Cambodia based on scale. Next, it provides practical guidance on setting up crocodile farms, emphasizing the importance of reliable water supplies, suitable pond construction and maintenance, and humane capturing methods. The goal is to establish sustainable crocodile populations that can replenish depleted habitats.
1) The document discusses protected areas, their importance, and how to effectively manage them. Protected areas provide valuable ecosystem services like fresh water, fisheries, tourism, and cultural/religious sites.
2) Protected areas need to be well managed with trained staff, technology, and community support to conserve biodiversity and deliver benefits to people.
3) A system plan can coordinate protected areas nationally to ensure ecosystem services, wildlife protection, and nature benefits for all citizens.
Mina ESTEGHAMAT "Reviving Indigenous Community Conserved Areas (ICCAs) in cus...Global Risk Forum GRFDavos
The document discusses initiatives by the Abolhassani nomadic pastoralist community in Iran to cope with drought through local ecological management and indigenous knowledge. [1] The community has faced increasing droughts due to climate change that have negatively impacted livelihoods. [2] However, the community has adapted using strategies like water storage, adjusting livestock numbers and migration patterns, renting farmland, and communally managing rangelands and water sources. [3] The document recommends supporting these indigenous communities and knowledge systems, and recognizing their rights over ancestral lands.
This document summarizes low-cost techniques for controlling river bank erosion in Indonesia, known as "bio-engineering". It discusses several methods:
1) Planting vetiver grass, which has a dense root structure that stabilizes soil and arrests erosion. Vetiver was successfully tested along several rivers in Java.
2) "Bio-Engineering-2" uses a combination of bamboo poles, vetiver grass, and ipomea carnia vines. Bamboo poles are driven into the riverbed to form porous structures that slow water flow and trap sediment. Once sediment builds up, vetiver and ipomea carnia are planted to further stabilize the bank.
3) Other low-cost natural methods
Pen culture involves holding culturable aquatic organisms in enclosed spaces surrounded by nets or fences while maintaining water flow. It originated in Asia in the early 1920s and was later introduced to freshwater lakes and reservoirs. Pens are usually built in shallow waters and consist of barriers made from various materials like concrete, wire mesh, or nylon nets. Common species cultured in pens include various carp, milkfish, tilapia, and prawns. While pen culture provides benefits like increased production and growth, it also faces challenges like damage from predators, fouling, and poor harvest recovery rates. Overall, pen culture is best suited for extensive or semi-intensive aquaculture.
This document proposes a plan to restore habitat, manage stormwater, and improve public health along the Pacoima Wash in Los Angeles. It analyzes factors related to public health that should influence park design and location. It evaluates two potential sites for new parks and connects them with a bike path and greenway. The plan aims to restore native habitat and biodiversity, manage stormwater using low-impact development techniques, and provide much-needed open space to the community to address health issues like obesity. By addressing public health, habitat, and stormwater together, the integrated design will comprehensively benefit both local residents and wildlife.
Similar to A Global Legacy LOCATION OF THE STUDY.pptx (20)
This presentation was provided by Racquel Jemison, Ph.D., Christina MacLaughlin, Ph.D., and Paulomi Majumder. Ph.D., all of the American Chemical Society, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
🔥🔥🔥🔥🔥🔥🔥🔥🔥
إضغ بين إيديكم من أقوى الملازم التي صممتها
ملزمة تشريح الجهاز الهيكلي (نظري 3)
💀💀💀💀💀💀💀💀💀💀
تتميز هذهِ الملزمة بعِدة مُميزات :
1- مُترجمة ترجمة تُناسب جميع المستويات
2- تحتوي على 78 رسم توضيحي لكل كلمة موجودة بالملزمة (لكل كلمة !!!!)
#فهم_ماكو_درخ
3- دقة الكتابة والصور عالية جداً جداً جداً
4- هُنالك بعض المعلومات تم توضيحها بشكل تفصيلي جداً (تُعتبر لدى الطالب أو الطالبة بإنها معلومات مُبهمة ومع ذلك تم توضيح هذهِ المعلومات المُبهمة بشكل تفصيلي جداً
5- الملزمة تشرح نفسها ب نفسها بس تكلك تعال اقراني
6- تحتوي الملزمة في اول سلايد على خارطة تتضمن جميع تفرُعات معلومات الجهاز الهيكلي المذكورة في هذهِ الملزمة
واخيراً هذهِ الملزمة حلالٌ عليكم وإتمنى منكم إن تدعولي بالخير والصحة والعافية فقط
كل التوفيق زملائي وزميلاتي ، زميلكم محمد الذهبي 💊💊
🔥🔥🔥🔥🔥🔥🔥🔥🔥
A Visual Guide to 1 Samuel | A Tale of Two HeartsSteve Thomason
These slides walk through the story of 1 Samuel. Samuel is the last judge of Israel. The people reject God and want a king. Saul is anointed as the first king, but he is not a good king. David, the shepherd boy is anointed and Saul is envious of him. David shows honor while Saul continues to self destruct.
1. A Global Legacy:
Indeed, nowadays, various corners of the globe are alive with oyster farming,
being a huge engine for coastal community economic development in which
it is undertaken. truly, case-places like C-v5 Panay, Capiz, Philippines,
Pangasinan, fit well in this description. In fact, they have blended in so well
with the modern so as to create a thriving industry that does not only sustain
livelihoods but rather shows the potential of responsible aquaculture.
2. Location
Hagonoy, officially the Municipality of Hagonoy, is a first-class municipality in the province of Bulacan, Philippines. It is
bordered by:
North: Municipality of Calumpit
East: Municipality of Paombong
West: Municipality of Masantol, Pampanga
South: Manila Bay
The whole municipality of Hagonoy has a total land area of 103.10 square kilometers. The distinctness of its
topography lies in a long ridge and a lake at the edge, which name of the lake is "Wawa" and now it flows in Barangays
San Sebastian and San Nicolas.
The town has recorded settlements as early as before this date in places such as Tibaguin and Pugad, and it went on to
become. Although settlements may have previously indicated existing in areas; it was in 1771 that the establishment of
Hagonoy marks the starting of its occurrence. The town became prosperous with available 'hagonoy' plants, which
abound, offering medicinal and culinary properties; and close proximity to shores, which teem with fish. Hagonoy
remains a vital fishing town to this day, with two busy fish ports located in the Poblacion and San Pascual barangays.
From this continued rampantly bulging bourgeoning community, commercial and economic importance, and its
contribution as a key access road, more so in North Luzon Expressway and MacArthur Highway, Hagonoy has grown
to become a 1st class municipality today. The deeper you move within this borough, the more you start unveiling an
expanse of history, culture, and natural resources-filling the community. The historical landmarks, busy markets, and a
beautiful landscape all say that the uniqueness of this place is favorable for all dwellers and visitors.
3. This layout outlines a hanging method for cultivating oysters in a 10 meter by 5-meter space, utilizing reusable materials.
Materials:
Floating plate (10m x 5m): To be constructed using built-ready-to-float wood, treated lumber, or PVC piping. Ensure
that it will float while holding the weight of oysters, lines, and other hardware.
Anchor system: Secure the platform using anchors and lines to prevent drifting.
Hanging Lines: These are the ropes or lines of a resilient material running equidistant from each other and paralleling
with the platform. Ordinarily, it is made of nylon or polyethylene.
Reusable plastic straps: Choose strong and durable straps appropriate for suspending oyster bags.
Bamboo sticks: Straight, strong bamboo sticks must be chosen and cut slightly longer than the depth which shall
immerse the oysters.
4. This layout outlines a hanging method for cultivating oysters in a 10 meter by 5-meter space, utilizing reusable materials.
Materials:
Floating plate (10m x 5m): To be constructed using built-ready-to-float wood, treated lumber, or PVC piping. Ensure
that it will float while holding the weight of oysters, lines, and other hardware.
Anchor system: Secure the platform using anchors and lines to prevent drifting.
Hanging Lines: These are the ropes or lines of a resilient material running equidistant from each other and paralleling
with the platform. Ordinarily, it is made of nylon or polyethylene.
Reusable plastic straps: Choose strong and durable straps appropriate for suspending oyster bags.
Bamboo sticks: Straight, strong bamboo sticks must be chosen and cut slightly longer than the depth which shall
immerse the oysters.
Division in the Platform: It could further be divided longitudinally into two equal sub-sections.
Line placement: Hang lines in sections—run hanging lines parallel to the smaller side (5m) of the platform. The lines should be spaced about 0.5 meters apart to allow for proper flow of moisture and provide a walkway without overcrowding.
Secure the lines at both ends, ensuring they are taut and can support the weight of oyster bags.
Bamboo stick and strap assembly:
Cut bamboo sticks slightly longer than the desired depth for oyster immersion.
Thread the reusable plastic straps through the center of each bamboo stick, creating a loop at the top.
Lantern net/oyster bag attachment:
Attach the lantern nets or oyster bags securely to the bottom of the bamboo sticks.