Question: What was the preferred wood for construction in Medieval Europe?

Answer: oak

Wood to be used for construction work is commonly known as lumber in North America. Elsewhere, lumber usually refers to felled trees, and the word for sawn planks ready for use is timber. <hl> In Medieval Europe oak was the wood of choice for all wood construction, including beams, walls, doors, and floors. <hl> Today a wider variety of woods is used: solid wood doors are often made from poplar, small-knotted pine, and Douglas fir.

Wood to be used for construction work is commonly known as lumber in North America. Elsewhere, lumber usually refers to felled trees, and the word for sawn planks ready for use is timber. In Medieval Europe <hl> oak <hl> was the wood of choice for all wood construction, including beams, walls, doors, and floors. Today a wider variety of woods is used: solid wood doors are often made from poplar, small-knotted pine, and Douglas fir.

question: What was the preferred wood for construction in Medieval Europe?, context: Wood to be used for construction work is commonly known as lumber in North America. Elsewhere, lumber usually refers to felled trees, and the word for sawn planks ready for use is timber. In Medieval Europe oak was the wood of choice for all wood construction, including beams, walls, doors, and floors. Today a wider variety of woods is used: solid wood doors are often made from poplar, small-knotted pine, and Douglas fir.


Question: For modern solid wood doors, what wood is often used in addition to small-knotted pine or poplar?

Answer: Douglas fir

Wood to be used for construction work is commonly known as lumber in North America. Elsewhere, lumber usually refers to felled trees, and the word for sawn planks ready for use is timber. In Medieval Europe oak was the wood of choice for all wood construction, including beams, walls, doors, and floors. <hl> Today a wider variety of woods is used: solid wood doors are often made from poplar, small-knotted pine, and Douglas fir . <hl>

Wood to be used for construction work is commonly known as lumber in North America. Elsewhere, lumber usually refers to felled trees, and the word for sawn planks ready for use is timber. In Medieval Europe oak was the wood of choice for all wood construction, including beams, walls, doors, and floors. Today a wider variety of woods is used: solid wood doors are often made from poplar, small-knotted pine, and <hl> Douglas fir <hl>.

Today a wider variety of woods is used: solid wood doors are often made from poplar, small-knotted pine, and <hl> Douglas fir <hl> .

question: For modern solid wood doors, what wood is often used in addition to small-knotted pine or poplar?, context: Wood to be used for construction work is commonly known as lumber in North America. Elsewhere, lumber usually refers to felled trees, and the word for sawn planks ready for use is timber. In Medieval Europe oak was the wood of choice for all wood construction, including beams, walls, doors, and floors. Today a wider variety of woods is used: solid wood doors are often made from poplar, small-knotted pine, and Douglas fir.


Question: What type of construction is often used now to build homes in much of the world?

Answer: timber-framed

<hl> New domestic housing in many parts of the world today is commonly made from timber-framed construction. <hl> Engineered wood products are becoming a bigger part of the construction industry. They may be used in both residential and commercial buildings as structural and aesthetic materials.

New domestic housing in many parts of the world today is commonly made from <hl> timber-framed <hl> construction. Engineered wood products are becoming a bigger part of the construction industry. They may be used in both residential and commercial buildings as structural and aesthetic materials.

question: What type of construction is often used now to build homes in much of the world?, context: New domestic housing in many parts of the world today is commonly made from timber-framed construction. Engineered wood products are becoming a bigger part of the construction industry. They may be used in both residential and commercial buildings as structural and aesthetic materials.


Question: In addition to residential applications, what type of buildings often have engineered wood components?

Answer: commercial

New domestic housing in many parts of the world today is commonly made from timber-framed construction. Engineered wood products are becoming a bigger part of the construction industry. <hl> They may be used in both residential and commercial buildings as structural and aesthetic materials. <hl>

New domestic housing in many parts of the world today is commonly made from timber-framed construction. Engineered wood products are becoming a bigger part of the construction industry. They may be used in both residential and <hl> commercial <hl> buildings as structural and aesthetic materials.

question: In addition to residential applications, what type of buildings often have engineered wood components?, context: New domestic housing in many parts of the world today is commonly made from timber-framed construction. Engineered wood products are becoming a bigger part of the construction industry. They may be used in both residential and commercial buildings as structural and aesthetic materials.


Question: Along with decorative components, what type of building materials can be engineered from wood?

Answer: structural

New domestic housing in many parts of the world today is commonly made from timber-framed construction. Engineered wood products are becoming a bigger part of the construction industry. <hl> They may be used in both residential and commercial buildings as structural and aesthetic materials. <hl>

New domestic housing in many parts of the world today is commonly made from timber-framed construction. Engineered wood products are becoming a bigger part of the construction industry. They may be used in both residential and commercial buildings as <hl> structural <hl> and aesthetic materials.

question: Along with decorative components, what type of building materials can be engineered from wood?, context: New domestic housing in many parts of the world today is commonly made from timber-framed construction. Engineered wood products are becoming a bigger part of the construction industry. They may be used in both residential and commercial buildings as structural and aesthetic materials.


Question: What industry benefits greatly from engineered wood products?

Answer: construction

<hl> New domestic housing in many parts of the world today is commonly made from timber-framed construction . <hl> Engineered wood products are becoming a bigger part of the construction industry. They may be used in both residential and commercial buildings as structural and aesthetic materials.

New domestic housing in many parts of the world today is commonly made from timber-framed <hl> construction <hl>. Engineered wood products are becoming a bigger part of the construction industry. They may be used in both residential and commercial buildings as structural and aesthetic materials.

New domestic housing in many parts of the world today is commonly made from timber-framed <hl> construction <hl> .

question: What industry benefits greatly from engineered wood products?, context: New domestic housing in many parts of the world today is commonly made from timber-framed construction. Engineered wood products are becoming a bigger part of the construction industry. They may be used in both residential and commercial buildings as structural and aesthetic materials.


Question: What might wood be used for in a building made from brick or other materials?

Answer: supporting material

<hl> In buildings made of other materials, wood will still be found as a supporting material , especially in roof construction, in interior doors and their frames, and as exterior cladding. <hl>

In buildings made of other materials, wood will still be found as a <hl> supporting material <hl>, especially in roof construction, in interior doors and their frames, and as exterior cladding.

In buildings made of other materials, wood will still be found as a <hl> supporting material <hl> , especially in roof construction, in interior doors and their frames, and as exterior cladding.

question: What might wood be used for in a building made from brick or other materials?, context: In buildings made of other materials, wood will still be found as a supporting material, especially in roof construction, in interior doors and their frames, and as exterior cladding.


Question: What crucial part of a house is often constructed from wood?

Answer: roof

<hl> In buildings made of other materials, wood will still be found as a supporting material, especially in roof construction, in interior doors and their frames, and as exterior cladding. <hl>

In buildings made of other materials, wood will still be found as a supporting material, especially in <hl> roof <hl> construction, in interior doors and their frames, and as exterior cladding.

question: What crucial part of a house is often constructed from wood?, context: In buildings made of other materials, wood will still be found as a supporting material, especially in roof construction, in interior doors and their frames, and as exterior cladding.


Question: Wood might be used to construct what exterior component of a building?

Answer: cladding

<hl> In buildings made of other materials, wood will still be found as a supporting material, especially in roof construction, in interior doors and their frames, and as exterior cladding . <hl>

In buildings made of other materials, wood will still be found as a supporting material, especially in roof construction, in interior doors and their frames, and as exterior <hl> cladding <hl>.

In buildings made of other materials, wood will still be found as a supporting material, especially in roof construction, in interior doors and their frames, and as exterior <hl> cladding <hl> .

question: Wood might be used to construct what exterior component of a building?, context: In buildings made of other materials, wood will still be found as a supporting material, especially in roof construction, in interior doors and their frames, and as exterior cladding.


Question: Inside a building, what wooden things might you open to enter or leave rooms?

Answer: doors

<hl> In buildings made of other materials, wood will still be found as a supporting material, especially in roof construction, in interior doors and their frames, and as exterior cladding. <hl>

In buildings made of other materials, wood will still be found as a supporting material, especially in roof construction, in interior <hl> doors <hl> and their frames, and as exterior cladding.

question: Inside a building, what wooden things might you open to enter or leave rooms?, context: In buildings made of other materials, wood will still be found as a supporting material, especially in roof construction, in interior doors and their frames, and as exterior cladding.


Question: What holds together an engineered wood product?

Answer: glue

<hl> Engineered wood products, glue d building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications. <hl> Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit.

Engineered wood products, <hl> glue <hl>d building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications. Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit.

Engineered wood products, <hl> glue <hl> d building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications.

question: What holds together an engineered wood product?, context: Engineered wood products, glued building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications. Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit.


Question: Engineered wood products are often used in construction, but what other major type of applications do they have?

Answer: industrial

<hl> Engineered wood products, glued building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications. <hl> Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit.

Engineered wood products, glued building products "engineered" for application-specific performance requirements, are often used in construction and <hl> industrial <hl> applications. Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit.

question: Engineered wood products are often used in construction, but what other major type of applications do they have?, context: Engineered wood products, glued building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications. Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit.


Question: What requirements do engineered wood products meet?

Answer: application-specific performance requirements

<hl> Engineered wood products, glued building products "engineered" for application-specific performance requirements , are often used in construction and industrial applications. <hl> Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit.

Engineered wood products, glued building products "engineered" for <hl> application-specific performance requirements <hl>, are often used in construction and industrial applications. Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit.

Engineered wood products, glued building products "engineered" for <hl> application-specific performance requirements <hl> , are often used in construction and industrial applications.

question: What requirements do engineered wood products meet?, context: Engineered wood products, glued building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications. Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit.


Question: What efficient type of unit does the process of "engineering" wood result in?

Answer: composite structural unit

Engineered wood products, glued building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications. <hl> Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit . <hl>

Engineered wood products, glued building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications. Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient <hl> composite structural unit <hl>.

Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient <hl> composite structural unit <hl> .

question: What efficient type of unit does the process of "engineering" wood result in?, context: Engineered wood products, glued building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications. Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit.


Question: Wood fibers from wood strands, lumber, and what other source can be glued together to make larger units?

Answer: veneers

Engineered wood products, glued building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications. <hl> Glued engineered wood products are manufactured by bonding together wood strands, veneers , lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit. <hl>

Engineered wood products, glued building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications. Glued engineered wood products are manufactured by bonding together wood strands, <hl> veneers <hl>, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit.

Glued engineered wood products are manufactured by bonding together wood strands, <hl> veneers <hl> , lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit.

question: Wood fibers from wood strands, lumber, and what other source can be glued together to make larger units?, context: Engineered wood products, glued building products "engineered" for application-specific performance requirements, are often used in construction and industrial applications. Glued engineered wood products are manufactured by bonding together wood strands, veneers, lumber or other forms of wood fiber with glue to form a larger, more efficient composite structural unit.


Question: What category do composite panels, strand board, and plywood all fit into?

Answer: wood structural panels

<hl> These products include glued laminated timber (glulam), wood structural panels (including plywood, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. <hl> Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.

These products include glued laminated timber (glulam), <hl> wood structural panels <hl> (including plywood, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.

question: What category do composite panels, strand board, and plywood all fit into?, context: These products include glued laminated timber (glulam), wood structural panels (including plywood, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.


Question: What's another word for glued laminated timber?

Answer: glulam

<hl> These products include glued laminated timber ( glulam ), wood structural panels (including plywood, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. <hl> Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.

These products include glued laminated timber (<hl> glulam <hl>), wood structural panels (including plywood, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.

These products include glued laminated timber ( <hl> glulam <hl> ), wood structural panels (including plywood, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists.

question: What's another word for glued laminated timber?, context: These products include glued laminated timber (glulam), wood structural panels (including plywood, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.


Question: What does LVL stand for?

Answer: laminated veneer lumber

<hl> These products include glued laminated timber (glulam), wood structural panels (including plywood, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. <hl> Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.

These products include glued laminated timber (glulam), wood structural panels (including plywood, oriented strand board and composite panels), <hl> laminated veneer lumber <hl> (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.

question: What does LVL stand for?, context: These products include glued laminated timber (glulam), wood structural panels (including plywood, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.


Question: If current building trends continue, what material will be replaced by particle and fiber board?

Answer: plywood

<hl> These products include glued laminated timber (glulam), wood structural panels (including plywood , oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. <hl> Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.

These products include glued laminated timber (glulam), wood structural panels (including <hl> plywood <hl>, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.

These products include glued laminated timber (glulam), wood structural panels (including <hl> plywood <hl> , oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists.

question: If current building trends continue, what material will be replaced by particle and fiber board?, context: These products include glued laminated timber (glulam), wood structural panels (including plywood, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.


Question: About how many cubic meters of wood was used in 1991 to make products like glulam, LVL, and structural composite lumber?

Answer: 100 million

These products include glued laminated timber (glulam), wood structural panels (including plywood, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. <hl> Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. <hl> The trends suggest that particle board and fiber board will overtake plywood.

These products include glued laminated timber (glulam), wood structural panels (including plywood, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. Approximately <hl> 100 million <hl> cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.

question: About how many cubic meters of wood was used in 1991 to make products like glulam, LVL, and structural composite lumber?, context: These products include glued laminated timber (glulam), wood structural panels (including plywood, oriented strand board and composite panels), laminated veneer lumber (LVL) and other structural composite lumber (SCL) products, parallel strand lumber, and I-joists. Approximately 100 million cubic meters of wood was consumed for this purpose in 1991. The trends suggest that particle board and fiber board will overtake plywood.


Question: What material results from chemically breaking down wood?

Answer: cellulose

<hl> Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose ) <hl> and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (MDF). Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials. Wood derivatives can also be used for kinds of flooring, for example laminate flooring.

Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into <hl> cellulose <hl>) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (MDF). Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials. Wood derivatives can also be used for kinds of flooring, for example laminate flooring.

Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into <hl> cellulose <hl> )

question: What material results from chemically breaking down wood?, context: Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (MDF). Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials. Wood derivatives can also be used for kinds of flooring, for example laminate flooring.


Question: What's the abbreviation for medium-density fiberboard?

Answer: MDF

<hl> Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard ( MDF ). <hl> Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials. Wood derivatives can also be used for kinds of flooring, for example laminate flooring.

Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (<hl> MDF <hl>). Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials. Wood derivatives can also be used for kinds of flooring, for example laminate flooring.

Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard ( <hl> MDF <hl> ).

question: What's the abbreviation for medium-density fiberboard?, context: Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (MDF). Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials. Wood derivatives can also be used for kinds of flooring, for example laminate flooring.


Question: How is wood broken down into chips and fibers?

Answer: mechanically

<hl> Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (MDF). <hl> Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials. Wood derivatives can also be used for kinds of flooring, for example laminate flooring.

Wood unsuitable for construction in its native form may be broken down <hl> mechanically <hl> (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (MDF). Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials. Wood derivatives can also be used for kinds of flooring, for example laminate flooring.

question: How is wood broken down into chips and fibers?, context: Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (MDF). Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials. Wood derivatives can also be used for kinds of flooring, for example laminate flooring.


Question: What type of flooring can be made from wood derivatives?

Answer: laminate

Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (MDF). Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials. <hl> Wood derivatives can also be used for kinds of flooring, for example laminate flooring. <hl>

Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (MDF). Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials. Wood derivatives can also be used for kinds of flooring, for example <hl> laminate <hl> flooring.

question: What type of flooring can be made from wood derivatives?, context: Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (MDF). Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials. Wood derivatives can also be used for kinds of flooring, for example laminate flooring.


Question: What widely-used product is almost always made of wood fibers?

Answer: paper

Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (MDF). <hl> Such wood derivatives are widely used: wood fibers are an important component of most paper , and cellulose is used as a component of some synthetic materials. <hl> Wood derivatives can also be used for kinds of flooring, for example laminate flooring.

Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (MDF). Such wood derivatives are widely used: wood fibers are an important component of most <hl> paper <hl>, and cellulose is used as a component of some synthetic materials. Wood derivatives can also be used for kinds of flooring, for example laminate flooring.

Such wood derivatives are widely used: wood fibers are an important component of most <hl> paper <hl> , and cellulose is used as a component of some synthetic materials.

question: What widely-used product is almost always made of wood fibers?, context: Wood unsuitable for construction in its native form may be broken down mechanically (into fibers or chips) or chemically (into cellulose) and used as a raw material for other building materials, such as engineered wood, as well as chipboard, hardboard, and medium-density fiberboard (MDF). Such wood derivatives are widely used: wood fibers are an important component of most paper, and cellulose is used as a component of some synthetic materials. Wood derivatives can also be used for kinds of flooring, for example laminate flooring.


Question: What category of products usually made from wood includes chairs?

Answer: furniture

<hl> Wood has always been used extensively for furniture , such as chairs and beds. <hl> It is also used for tool handles and cutlery, such as chopsticks, toothpicks, and other utensils, like the wooden spoon.

Wood has always been used extensively for <hl> furniture <hl>, such as chairs and beds. It is also used for tool handles and cutlery, such as chopsticks, toothpicks, and other utensils, like the wooden spoon.

Wood has always been used extensively for <hl> furniture <hl> , such as chairs and beds.

question: What category of products usually made from wood includes chairs?, context: Wood has always been used extensively for furniture, such as chairs and beds. It is also used for tool handles and cutlery, such as chopsticks, toothpicks, and other utensils, like the wooden spoon.


Question: What wooden utensil could you stir a pot of soup with?

Answer: wooden spoon

Wood has always been used extensively for furniture, such as chairs and beds. <hl> It is also used for tool handles and cutlery, such as chopsticks, toothpicks, and other utensils, like the wooden spoon . <hl>

Wood has always been used extensively for furniture, such as chairs and beds. It is also used for tool handles and cutlery, such as chopsticks, toothpicks, and other utensils, like the <hl> wooden spoon <hl>.

It is also used for tool handles and cutlery, such as chopsticks, toothpicks, and other utensils, like the <hl> wooden spoon <hl> .

question: What wooden utensil could you stir a pot of soup with?, context: Wood has always been used extensively for furniture, such as chairs and beds. It is also used for tool handles and cutlery, such as chopsticks, toothpicks, and other utensils, like the wooden spoon.


Question: Which parts of tools are sometimes made out of wood?

Answer: handles

Wood has always been used extensively for furniture, such as chairs and beds. <hl> It is also used for tool handles and cutlery, such as chopsticks, toothpicks, and other utensils, like the wooden spoon. <hl>

Wood has always been used extensively for furniture, such as chairs and beds. It is also used for tool <hl> handles <hl> and cutlery, such as chopsticks, toothpicks, and other utensils, like the wooden spoon.

question: Which parts of tools are sometimes made out of wood?, context: Wood has always been used extensively for furniture, such as chairs and beds. It is also used for tool handles and cutlery, such as chopsticks, toothpicks, and other utensils, like the wooden spoon.


Question: What pieces of furniture that most people use every night can be made out of wood?

Answer: beds

<hl> Wood has always been used extensively for furniture, such as chairs and beds . <hl> It is also used for tool handles and cutlery, such as chopsticks, toothpicks, and other utensils, like the wooden spoon.

Wood has always been used extensively for furniture, such as chairs and <hl> beds <hl>. It is also used for tool handles and cutlery, such as chopsticks, toothpicks, and other utensils, like the wooden spoon.

Wood has always been used extensively for furniture, such as chairs and <hl> beds <hl> .

question: What pieces of furniture that most people use every night can be made out of wood?, context: Wood has always been used extensively for furniture, such as chairs and beds. It is also used for tool handles and cutlery, such as chopsticks, toothpicks, and other utensils, like the wooden spoon.


Question: What special wooden utensils do many people use to eat Chinese takeout?

Answer: chopsticks

Wood has always been used extensively for furniture, such as chairs and beds. <hl> It is also used for tool handles and cutlery, such as chopsticks , toothpicks, and other utensils, like the wooden spoon. <hl>

Wood has always been used extensively for furniture, such as chairs and beds. It is also used for tool handles and cutlery, such as <hl> chopsticks <hl>, toothpicks, and other utensils, like the wooden spoon.

It is also used for tool handles and cutlery, such as <hl> chopsticks <hl> , toothpicks, and other utensils, like the wooden spoon.

question: What special wooden utensils do many people use to eat Chinese takeout?, context: Wood has always been used extensively for furniture, such as chairs and beds. It is also used for tool handles and cutlery, such as chopsticks, toothpicks, and other utensils, like the wooden spoon.


Question: What could we monitor electronically that could help inform new methods of wood protection?

Answer: Moisture content

Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood, for example by adding components to wood, new more advanced products will appear on the marketplace. <hl> Moisture content electronic monitoring can also enhance next generation wood protection. <hl>

Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood, for example by adding components to wood, new more advanced products will appear on the marketplace. <hl> Moisture content <hl> electronic monitoring can also enhance next generation wood protection.

question: What could we monitor electronically that could help inform new methods of wood protection?, context: Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood, for example by adding components to wood, new more advanced products will appear on the marketplace. Moisture content electronic monitoring can also enhance next generation wood protection.


Question: Development in the wood manufacturing industry include using lignin to make what substance?

Answer: glue

<hl> Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. <hl> As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood, for example by adding components to wood, new more advanced products will appear on the marketplace. Moisture content electronic monitoring can also enhance next generation wood protection.

Further developments include new lignin <hl> glue <hl> applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood, for example by adding components to wood, new more advanced products will appear on the marketplace. Moisture content electronic monitoring can also enhance next generation wood protection.

question: Development in the wood manufacturing industry include using lignin to make what substance?, context: Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood, for example by adding components to wood, new more advanced products will appear on the marketplace. Moisture content electronic monitoring can also enhance next generation wood protection.


Question: Instead of rubber, what important part of a car might someday be replaced by components of wood?

Answer: tire

<hl> Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. <hl> As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood, for example by adding components to wood, new more advanced products will appear on the marketplace. Moisture content electronic monitoring can also enhance next generation wood protection.

Further developments include new lignin glue applications, recyclable food packaging, rubber <hl> tire <hl> replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood, for example by adding components to wood, new more advanced products will appear on the marketplace. Moisture content electronic monitoring can also enhance next generation wood protection.

question: Instead of rubber, what important part of a car might someday be replaced by components of wood?, context: Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood, for example by adding components to wood, new more advanced products will appear on the marketplace. Moisture content electronic monitoring can also enhance next generation wood protection.


Question: What material might be developed from wood that could make clothes that resist wear and tear?

Answer: high strength fabrics

<hl> Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. <hl> As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood, for example by adding components to wood, new more advanced products will appear on the marketplace. Moisture content electronic monitoring can also enhance next generation wood protection.

Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and <hl> high strength fabrics <hl> or composites. As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood, for example by adding components to wood, new more advanced products will appear on the marketplace. Moisture content electronic monitoring can also enhance next generation wood protection.

question: What material might be developed from wood that could make clothes that resist wear and tear?, context: Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood, for example by adding components to wood, new more advanced products will appear on the marketplace. Moisture content electronic monitoring can also enhance next generation wood protection.


Question: In addition to extracting components from wood, what might scientist do by adding components, for example, to make innovative products?

Answer: modify wood

Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. <hl> As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood , for example by adding components to wood, new more advanced products will appear on the marketplace. <hl> Moisture content electronic monitoring can also enhance next generation wood protection.

Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to <hl> modify wood <hl>, for example by adding components to wood, new more advanced products will appear on the marketplace. Moisture content electronic monitoring can also enhance next generation wood protection.

As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to <hl> modify wood <hl> , for example by adding components to wood, new more advanced products will appear on the marketplace.

question: In addition to extracting components from wood, what might scientist do by adding components, for example, to make innovative products?, context: Further developments include new lignin glue applications, recyclable food packaging, rubber tire replacement applications, anti-bacterial medical agents, and high strength fabrics or composites. As scientists and engineers further learn and develop new techniques to extract various components from wood, or alternatively to modify wood, for example by adding components to wood, new more advanced products will appear on the marketplace. Moisture content electronic monitoring can also enhance next generation wood protection.


Question: Along with sculptures, what type of art have people been making out of wood for centuries?

Answer: carvings

Wood has long been used as an artistic medium. <hl> It has been used to make sculptures and carvings for millennia. <hl> Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in Edinburgh. It is also used in woodcut printmaking, and for engraving.

Wood has long been used as an artistic medium. It has been used to make sculptures and <hl> carvings <hl> for millennia. Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in Edinburgh. It is also used in woodcut printmaking, and for engraving.

question: Along with sculptures, what type of art have people been making out of wood for centuries?, context: Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in Edinburgh. It is also used in woodcut printmaking, and for engraving.


Question: What did indigenous people in North America make out of the trunks of conifers?

Answer: totem poles

Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. <hl> Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in Edinburgh. <hl> It is also used in woodcut printmaking, and for engraving.

Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. Examples include the <hl> totem poles <hl> carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in Edinburgh. It is also used in woodcut printmaking, and for engraving.

question: What did indigenous people in North America make out of the trunks of conifers?, context: Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in Edinburgh. It is also used in woodcut printmaking, and for engraving.


Question: What type of tree was often used for totem poles?

Answer: Western Red Cedar

Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. <hl> Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in Edinburgh. <hl> It is also used in woodcut printmaking, and for engraving.

Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. Examples include the totem poles carved by North American indigenous people from conifer trunks, often <hl> Western Red Cedar <hl> (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in Edinburgh. It is also used in woodcut printmaking, and for engraving.

question: What type of tree was often used for totem poles?, context: Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in Edinburgh. It is also used in woodcut printmaking, and for engraving.


Question: What city in Scotland would you visit to see the Millennium clock tower?

Answer: Edinburgh

Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. <hl> Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in Edinburgh . <hl> It is also used in woodcut printmaking, and for engraving.

Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in <hl> Edinburgh <hl>. It is also used in woodcut printmaking, and for engraving.

Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in <hl> Edinburgh <hl> .

question: What city in Scotland would you visit to see the Millennium clock tower?, context: Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in Edinburgh. It is also used in woodcut printmaking, and for engraving.


Question: What museum exhibits the Millennium clock tower?

Answer: National Museum of Scotland

Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. <hl> Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in Edinburgh. <hl> It is also used in woodcut printmaking, and for engraving.

Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the <hl> National Museum of Scotland <hl> in Edinburgh. It is also used in woodcut printmaking, and for engraving.

question: What museum exhibits the Millennium clock tower?, context: Wood has long been used as an artistic medium. It has been used to make sculptures and carvings for millennia. Examples include the totem poles carved by North American indigenous people from conifer trunks, often Western Red Cedar (Thuja plicata), and the Millennium clock tower, now housed in the National Museum of Scotland in Edinburgh. It is also used in woodcut printmaking, and for engraving.


Question: What kind of wood are clarinet bodies made from?

Answer: african blackwood

Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. <hl> The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. <hl> The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.

Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense <hl> african blackwood <hl> (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.

question: What kind of wood are clarinet bodies made from?, context: Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.


Question: What expensive wood with a prized color is used to make the backs of violins?

Answer: ripple sycamore

Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. <hl> The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument. <hl>

Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. The most valuable tonewoods, such as the <hl> ripple sycamore <hl> (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.

question: What expensive wood with a prized color is used to make the backs of violins?, context: Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.


Question: What category of wood is often used for musical instruments?

Answer: tonewoods

Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. <hl> The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. <hl> The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.

Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and <hl> tonewoods <hl> have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.

question: What category of wood is often used for musical instruments?, context: Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.


Question: What's the common name for Picea abies?

Answer: European spruce

Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. <hl> The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. <hl> The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.

Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant <hl> European spruce <hl> (Picea abies), which is traditionally used for the soundboards of violins. The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.

question: What's the common name for Picea abies?, context: Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.


Question: Along with resonance, what property of an instrument will be affected by the wood used to make it?

Answer: tone

Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. <hl> The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. <hl> The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.

Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. The choice of wood may make a significant difference to the <hl> tone <hl> and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.

question: Along with resonance, what property of an instrument will be affected by the wood used to make it?, context: Certain types of musical instruments, such as those of the violin family, the guitar, the clarinet and recorder, the xylophone, and the marimba, are traditionally made mostly or entirely of wood. The choice of wood may make a significant difference to the tone and resonant qualities of the instrument, and tonewoods have widely differing properties, ranging from the hard and dense african blackwood (used for the bodies of clarinets) to the light but resonant European spruce (Picea abies), which is traditionally used for the soundboards of violins. The most valuable tonewoods, such as the ripple sycamore (Acer pseudoplatanus), used for the backs of violins, combine acoustic properties with decorative color and grain which enhance the appearance of the finished instrument.


Question: What type of instruments with a misleading name aren't always made completely out of wood?

Answer: woodwind instruments

<hl> Despite their collective name, not all woodwind instruments are made entirely of wood. <hl> The reeds used to play them, however, are usually made from Arundo donax, a type of monocot cane plant.

Despite their collective name, not all <hl> woodwind instruments <hl> are made entirely of wood. The reeds used to play them, however, are usually made from Arundo donax, a type of monocot cane plant.

question: What type of instruments with a misleading name aren't always made completely out of wood?, context: Despite their collective name, not all woodwind instruments are made entirely of wood. The reeds used to play them, however, are usually made from Arundo donax, a type of monocot cane plant.


Question: What are woodwind instrument's reeds often made out of?

Answer: Arundo donax

Despite their collective name, not all woodwind instruments are made entirely of wood. <hl> The reeds used to play them, however, are usually made from Arundo donax , a type of monocot cane plant. <hl>

Despite their collective name, not all woodwind instruments are made entirely of wood. The reeds used to play them, however, are usually made from <hl> Arundo donax <hl>, a type of monocot cane plant.

The reeds used to play them, however, are usually made from <hl> Arundo donax <hl> , a type of monocot cane plant.

question: What are woodwind instrument's reeds often made out of?, context: Despite their collective name, not all woodwind instruments are made entirely of wood. The reeds used to play them, however, are usually made from Arundo donax, a type of monocot cane plant.


Question: Is the Arundo donax a monocot or dicot cane plant?

Answer: monocot

Despite their collective name, not all woodwind instruments are made entirely of wood. <hl> The reeds used to play them, however, are usually made from Arundo donax, a type of monocot cane plant. <hl>

Despite their collective name, not all woodwind instruments are made entirely of wood. The reeds used to play them, however, are usually made from Arundo donax, a type of <hl> monocot <hl> cane plant.

question: Is the Arundo donax a monocot or dicot cane plant?, context: Despite their collective name, not all woodwind instruments are made entirely of wood. The reeds used to play them, however, are usually made from Arundo donax, a type of monocot cane plant.


Question: What objects do musicians have to have in order to play woodwind instruments?

Answer: reeds

Despite their collective name, not all woodwind instruments are made entirely of wood. <hl> The reeds used to play them, however, are usually made from Arundo donax, a type of monocot cane plant. <hl>

Despite their collective name, not all woodwind instruments are made entirely of wood. The <hl> reeds <hl> used to play them, however, are usually made from Arundo donax, a type of monocot cane plant.

question: What objects do musicians have to have in order to play woodwind instruments?, context: Despite their collective name, not all woodwind instruments are made entirely of wood. The reeds used to play them, however, are usually made from Arundo donax, a type of monocot cane plant.


Question: What wood is usually used for cricket bats?

Answer: white willow

Many types of sports equipment are made of wood, or were constructed of wood in the past. <hl> For example, cricket bats are typically made of white willow . <hl> The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more fragile. NBA courts have been traditionally made out of parquetry.

Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of <hl> white willow <hl>. The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more fragile. NBA courts have been traditionally made out of parquetry.

For example, cricket bats are typically made of <hl> white willow <hl> .

question: What wood is usually used for cricket bats?, context: Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more fragile. NBA courts have been traditionally made out of parquetry.


Question: Ash and hickory are often used for baseball bats to comply with the rules of what organization?

Answer: Major League Baseball

Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. <hl> The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more fragile. <hl> NBA courts have been traditionally made out of parquetry.

Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. The baseball bats which are legal for use in <hl> Major League Baseball <hl> are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more fragile. NBA courts have been traditionally made out of parquetry.

question: Ash and hickory are often used for baseball bats to comply with the rules of what organization?, context: Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more fragile. NBA courts have been traditionally made out of parquetry.


Question: What is commonly used for the basketball courts the NBA plays on?

Answer: parquetry

Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more fragile. <hl> NBA courts have been traditionally made out of parquetry . <hl>

Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more fragile. NBA courts have been traditionally made out of <hl> parquetry <hl>.

NBA courts have been traditionally made out of <hl> parquetry <hl> .

question: What is commonly used for the basketball courts the NBA plays on?, context: Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more fragile. NBA courts have been traditionally made out of parquetry.


Question: What wood has recently started being used to make baseball bats in addition to hickory and ash?

Answer: maple

Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. <hl> The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more fragile. <hl> NBA courts have been traditionally made out of parquetry.

Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from <hl> maple <hl> even though that wood is somewhat more fragile. NBA courts have been traditionally made out of parquetry.

question: What wood has recently started being used to make baseball bats in addition to hickory and ash?, context: Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more fragile. NBA courts have been traditionally made out of parquetry.


Question: Compared to hickory and ash, what adjective might be used for a maple baseball bat?

Answer: fragile

Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. <hl> The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more fragile . <hl> NBA courts have been traditionally made out of parquetry.

Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more <hl> fragile <hl>. NBA courts have been traditionally made out of parquetry.

The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more <hl> fragile <hl> .

question: Compared to hickory and ash, what adjective might be used for a maple baseball bat?, context: Many types of sports equipment are made of wood, or were constructed of wood in the past. For example, cricket bats are typically made of white willow. The baseball bats which are legal for use in Major League Baseball are frequently made of ash wood or hickory, and in recent years have been constructed from maple even though that wood is somewhat more fragile. NBA courts have been traditionally made out of parquetry.


Question: What pieces of equipment for shooting arrows used to be wooden?

Answer: archery bows

<hl> Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and archery bows , were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials. <hl> One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of synthetic materials.

Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and <hl> archery bows <hl>, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials. One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of synthetic materials.

Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and <hl> archery bows <hl> , were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials.

question: What pieces of equipment for shooting arrows used to be wooden?, context: Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials. One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of synthetic materials.


Question: Which pieces of ice hockey equipment were once made out of wood?

Answer: sticks

<hl> Many other types of sports and recreation equipment, such as skis, ice hockey sticks , lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials. <hl> One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of synthetic materials.

Many other types of sports and recreation equipment, such as skis, ice hockey <hl> sticks <hl>, lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials. One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of synthetic materials.

Many other types of sports and recreation equipment, such as skis, ice hockey <hl> sticks <hl> , lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials.

question: Which pieces of ice hockey equipment were once made out of wood?, context: Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials. One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of synthetic materials.


Question: When the golf club called the "wood" was actually made out of it, what type of wood was used?

Answer: persimmon

Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials. <hl> One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of synthetic materials. <hl>

Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials. One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of <hl> persimmon <hl> wood in the early days of the game of golf, but is now generally made of synthetic materials.

question: When the golf club called the "wood" was actually made out of it, what type of wood was used?, context: Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials. One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of synthetic materials.


Question: What is the golf club known as the "wood" usually made out of today?

Answer: synthetic materials

Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials. <hl> One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of synthetic materials . <hl>

Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials. One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of <hl> synthetic materials <hl>.

One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of <hl> synthetic materials <hl> .

question: What is the golf club known as the "wood" usually made out of today?, context: Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials. One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of synthetic materials.


Question: What other modern material has joined composites, carbon fiber, titanium, and aluminum to replace wood in the manufacture of sporting equipment?

Answer: fiberglass

<hl> Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass , carbon fiber, titanium, and composite materials. <hl> One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of synthetic materials.

Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, <hl> fiberglass <hl>, carbon fiber, titanium, and composite materials. One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of synthetic materials.

Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, <hl> fiberglass <hl> , carbon fiber, titanium, and composite materials.

question: What other modern material has joined composites, carbon fiber, titanium, and aluminum to replace wood in the manufacture of sporting equipment?, context: Many other types of sports and recreation equipment, such as skis, ice hockey sticks, lacrosse sticks and archery bows, were commonly made of wood in the past, but have since been replaced with more modern materials such as aluminium, fiberglass, carbon fiber, titanium, and composite materials. One noteworthy example of this trend is the golf club commonly known as the wood, the head of which was traditionally made of persimmon wood in the early days of the game of golf, but is now generally made of synthetic materials.


Question: What component of wood is degraded by bacteria that scientists are still trying to learn about?

Answer: cellulose

<hl> Little is known about the bacteria that degrade cellulose . <hl> Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year.

Little is known about the bacteria that degrade <hl> cellulose <hl>. Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year.

Little is known about the bacteria that degrade <hl> cellulose <hl> .

question: What component of wood is degraded by bacteria that scientists are still trying to learn about?, context: Little is known about the bacteria that degrade cellulose. Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year.


Question: What type of bacteria are present in Xylophaga?

Answer: Symbiotic

Little is known about the bacteria that degrade cellulose. <hl> Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year. <hl>

Little is known about the bacteria that degrade cellulose. <hl> Symbiotic <hl> bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year.

question: What type of bacteria are present in Xylophaga?, context: Little is known about the bacteria that degrade cellulose. Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year.


Question: What type of wood is it possible the bacteria in Xylophaga help break down?

Answer: sunken

Little is known about the bacteria that degrade cellulose. <hl> Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year. <hl>

Little is known about the bacteria that degrade cellulose. Symbiotic bacteria in Xylophaga may play a role in the degradation of <hl> sunken <hl> wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year.

question: What type of wood is it possible the bacteria in Xylophaga help break down?, context: Little is known about the bacteria that degrade cellulose. Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year.


Question: How long was the wood submerged in water in the study that discovered the types of bacteria in it?

Answer: over a year

Little is known about the bacteria that degrade cellulose. <hl> Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year . <hl>

Little is known about the bacteria that degrade cellulose. Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged <hl> over a year <hl>.

Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged <hl> over a year <hl> .

question: How long was the wood submerged in water in the study that discovered the types of bacteria in it?, context: Little is known about the bacteria that degrade cellulose. Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year.


Question: What bacteria starting with the letter "F" were found in wood after it was underwater for more than a year?

Answer: Flavobacteria

Little is known about the bacteria that degrade cellulose. <hl> Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria , Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year. <hl>

Little is known about the bacteria that degrade cellulose. Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, <hl> Flavobacteria <hl>, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year.

Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, <hl> Flavobacteria <hl> , Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year.

question: What bacteria starting with the letter "F" were found in wood after it was underwater for more than a year?, context: Little is known about the bacteria that degrade cellulose. Symbiotic bacteria in Xylophaga may play a role in the degradation of sunken wood; while bacteria such as Alphaproteobacteria, Flavobacteria, Actinobacteria, Clostridia, and Bacteroidetes have been detected in wood submerged over a year.