Question: In which city is this stadium located?

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Olympiastadion ([ʔoˈlʏmpi̯aːˌʃtaːdi̯ɔn]) is a stadium located in Munich, Germany. Situated at the heart of the Olympiapark München in northern Munich, the stadium was built as the main venue for the 1972 Summer Olympics.
With an original capacity of 77,000 for the Olympics, the stadium also hosted many major football matches including the 1974 FIFA World Cup Final, 75,000 seats, and the UEFA Euro 1988 Final. It hosted the European Cup Finals in 1979, 1993 and 1997. Its current capacity is 69,250. It has 11,800 standing places and 57,450 seats.
Until the construction of Allianz Arena for the 2006 FIFA World Cup, the stadium was home to FC Bayern Munich and TSV 1860 Munich. Unlike the Olympiastadion, the new stadium was purpose-built for football alone.

Answer: munich


Question: In which city is this stadium located?

Instruction: With the provided image, gather documents that offer a solution to the question:

Olympiastadion ([ʔoˈlʏmpi̯aːˌʃtaːdi̯ɔn]) is a stadium located in Munich, Germany. Situated at the heart of the Olympiapark München in northern Munich, the stadium was built as the main venue for the 1972 Summer Olympics.
With an original capacity of 77,000 for the Olympics, the stadium also hosted many major football matches including the 1974 FIFA World Cup Final, 75,000 seats, and the UEFA Euro 1988 Final. It hosted the European Cup Finals in 1979, 1993 and 1997. Its current capacity is 69,250. It has 11,800 standing places and 57,450 seats.
Until the construction of Allianz Arena for the 2006 FIFA World Cup, the stadium was home to FC Bayern Munich and TSV 1860 Munich. Unlike the Olympiastadion, the new stadium was purpose-built for football alone.

Answer: munich


Question: In which city is this stadium located?

Instruction: With the provided image, gather documents that offer a solution to the question:

Olympiastadion ([ʔoˈlʏmpi̯aːˌʃtaːdi̯ɔn]) is a stadium located in Munich, Germany. Situated at the heart of the Olympiapark München in northern Munich, the stadium was built as the main venue for the 1972 Summer Olympics.
With an original capacity of 77,000 for the Olympics, the stadium also hosted many major football matches including the 1974 FIFA World Cup Final, 75,000 seats, and the UEFA Euro 1988 Final. It hosted the European Cup Finals in 1979, 1993 and 1997. Its current capacity is 69,250. It has 11,800 standing places and 57,450 seats.
Until the construction of Allianz Arena for the 2006 FIFA World Cup, the stadium was home to FC Bayern Munich and TSV 1860 Munich. Unlike the Olympiastadion, the new stadium was purpose-built for football alone.

Answer: munich


Question: In which city is this stadium located?

Instruction: Using the given image, access documents that provide insights into the following question:

Olympiastadion ([ʔoˈlʏmpi̯aːˌʃtaːdi̯ɔn]) is a stadium located in Munich, Germany. Situated at the heart of the Olympiapark München in northern Munich, the stadium was built as the main venue for the 1972 Summer Olympics.
With an original capacity of 77,000 for the Olympics, the stadium also hosted many major football matches including the 1974 FIFA World Cup Final, 75,000 seats, and the UEFA Euro 1988 Final. It hosted the European Cup Finals in 1979, 1993 and 1997. Its current capacity is 69,250. It has 11,800 standing places and 57,450 seats.
Until the construction of Allianz Arena for the 2006 FIFA World Cup, the stadium was home to FC Bayern Munich and TSV 1860 Munich. Unlike the Olympiastadion, the new stadium was purpose-built for football alone.

Answer: munich


Question: What was the score for the first match ever held in this stadium?

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26 May 1972 West Germany – USSR 4–1 (Friendly, stadium opener)
9 May 1973 West Germany – Yugoslavia 0–1 (Friendly)
7 July 1974 West Germany – Netherlands 2–1 (1974 World Cup Final)
22 May 1976 West Germany – Spain 2–0 (Euro 1976 Qualifier)
22 February 1978 West Germany – England 2–1 (Friendly)
2 April 1980 West Germany – Austria 1–0 (Friendly)
22 September 1982 West Germany – Belgium 0–0 (Friendly)
17 November 1985 West Germany – Czechoslovakia 2–2 (1986 World Cup qualifier)
17 June 1988 West Germany – Spain 2–0 (Euro 1988 Group match)
19 October 1988 West Germany – Netherlands 0–0 (1990 World Cup qualifier)
26 March 1996 Germany – Denmark 2–0 (Friendly)
9 October 1999 Germany – Turkey 0–0 (Euro 2000 qualifier)
1 September 2001 Germany – England 1–5 (2002 World Cup qualifier)

Answer: 4–1


Question: What was the score for the first match ever held in this stadium?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

26 May 1972 West Germany – USSR 4–1 (Friendly, stadium opener)
9 May 1973 West Germany – Yugoslavia 0–1 (Friendly)
7 July 1974 West Germany – Netherlands 2–1 (1974 World Cup Final)
22 May 1976 West Germany – Spain 2–0 (Euro 1976 Qualifier)
22 February 1978 West Germany – England 2–1 (Friendly)
2 April 1980 West Germany – Austria 1–0 (Friendly)
22 September 1982 West Germany – Belgium 0–0 (Friendly)
17 November 1985 West Germany – Czechoslovakia 2–2 (1986 World Cup qualifier)
17 June 1988 West Germany – Spain 2–0 (Euro 1988 Group match)
19 October 1988 West Germany – Netherlands 0–0 (1990 World Cup qualifier)
26 March 1996 Germany – Denmark 2–0 (Friendly)
9 October 1999 Germany – Turkey 0–0 (Euro 2000 qualifier)
1 September 2001 Germany – England 1–5 (2002 World Cup qualifier)

Answer: 4–1


Question: What was the score for the first match ever held in this stadium?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

26 May 1972 West Germany – USSR 4–1 (Friendly, stadium opener)
9 May 1973 West Germany – Yugoslavia 0–1 (Friendly)
7 July 1974 West Germany – Netherlands 2–1 (1974 World Cup Final)
22 May 1976 West Germany – Spain 2–0 (Euro 1976 Qualifier)
22 February 1978 West Germany – England 2–1 (Friendly)
2 April 1980 West Germany – Austria 1–0 (Friendly)
22 September 1982 West Germany – Belgium 0–0 (Friendly)
17 November 1985 West Germany – Czechoslovakia 2–2 (1986 World Cup qualifier)
17 June 1988 West Germany – Spain 2–0 (Euro 1988 Group match)
19 October 1988 West Germany – Netherlands 0–0 (1990 World Cup qualifier)
26 March 1996 Germany – Denmark 2–0 (Friendly)
9 October 1999 Germany – Turkey 0–0 (Euro 2000 qualifier)
1 September 2001 Germany – England 1–5 (2002 World Cup qualifier)

Answer: 4–1


Question: What was the score for the first match ever held in this stadium?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

26 May 1972 West Germany – USSR 4–1 (Friendly, stadium opener)
9 May 1973 West Germany – Yugoslavia 0–1 (Friendly)
7 July 1974 West Germany – Netherlands 2–1 (1974 World Cup Final)
22 May 1976 West Germany – Spain 2–0 (Euro 1976 Qualifier)
22 February 1978 West Germany – England 2–1 (Friendly)
2 April 1980 West Germany – Austria 1–0 (Friendly)
22 September 1982 West Germany – Belgium 0–0 (Friendly)
17 November 1985 West Germany – Czechoslovakia 2–2 (1986 World Cup qualifier)
17 June 1988 West Germany – Spain 2–0 (Euro 1988 Group match)
19 October 1988 West Germany – Netherlands 0–0 (1990 World Cup qualifier)
26 March 1996 Germany – Denmark 2–0 (Friendly)
9 October 1999 Germany – Turkey 0–0 (Euro 2000 qualifier)
1 September 2001 Germany – England 1–5 (2002 World Cup qualifier)

Answer: 4–1


Question: What was the score for the first match ever held in this stadium?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

26 May 1972 West Germany – USSR 4–1 (Friendly, stadium opener)
9 May 1973 West Germany – Yugoslavia 0–1 (Friendly)
7 July 1974 West Germany – Netherlands 2–1 (1974 World Cup Final)
22 May 1976 West Germany – Spain 2–0 (Euro 1976 Qualifier)
22 February 1978 West Germany – England 2–1 (Friendly)
2 April 1980 West Germany – Austria 1–0 (Friendly)
22 September 1982 West Germany – Belgium 0–0 (Friendly)
17 November 1985 West Germany – Czechoslovakia 2–2 (1986 World Cup qualifier)
17 June 1988 West Germany – Spain 2–0 (Euro 1988 Group match)
19 October 1988 West Germany – Netherlands 0–0 (1990 World Cup qualifier)
26 March 1996 Germany – Denmark 2–0 (Friendly)
9 October 1999 Germany – Turkey 0–0 (Euro 2000 qualifier)
1 September 2001 Germany – England 1–5 (2002 World Cup qualifier)

Answer: 4–1


Question: What is the name of the main club which plays in this stadium?

Instruction: Extract documents linked to the question provided in conjunction with the image:

FirstEnergy Stadium is a multi-purpose stadium in Cleveland, Ohio, United States, primarily for American football. It is the home field of the Cleveland Browns of the National Football League (NFL), and serves as a venue for other events such as college and high school football, soccer, and concerts. It opened in 1999 as Cleveland Browns Stadium and was renovated in two phases in early 2014 and 2015. The initial seating capacity was listed at 73,200 people, but following the first phase of the renovation project in 2014, was reduced to the current capacity of 67,431. The stadium sits on 31 acres (13 ha) of land between Lake Erie and the Cleveland Memorial Shoreway in the North Coast Harbor area of downtown Cleveland, adjacent to the Great Lakes Science Center and Rock and Roll Hall of Fame. Cleveland Stadium stood on the site from 1931 to 1996.

Answer: cleveland browns


Question: What is the name of the main club which plays in this stadium?

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FirstEnergy Stadium is a multi-purpose stadium in Cleveland, Ohio, United States, primarily for American football. It is the home field of the Cleveland Browns of the National Football League (NFL), and serves as a venue for other events such as college and high school football, soccer, and concerts. It opened in 1999 as Cleveland Browns Stadium and was renovated in two phases in early 2014 and 2015. The initial seating capacity was listed at 73,200 people, but following the first phase of the renovation project in 2014, was reduced to the current capacity of 67,431. The stadium sits on 31 acres (13 ha) of land between Lake Erie and the Cleveland Memorial Shoreway in the North Coast Harbor area of downtown Cleveland, adjacent to the Great Lakes Science Center and Rock and Roll Hall of Fame. Cleveland Stadium stood on the site from 1931 to 1996.

Answer: cleveland browns


Question: What is the name of the main club which plays in this stadium?

Instruction: Using the given image, access documents that provide insights into the following question:

FirstEnergy Stadium is a multi-purpose stadium in Cleveland, Ohio, United States, primarily for American football. It is the home field of the Cleveland Browns of the National Football League (NFL), and serves as a venue for other events such as college and high school football, soccer, and concerts. It opened in 1999 as Cleveland Browns Stadium and was renovated in two phases in early 2014 and 2015. The initial seating capacity was listed at 73,200 people, but following the first phase of the renovation project in 2014, was reduced to the current capacity of 67,431. The stadium sits on 31 acres (13 ha) of land between Lake Erie and the Cleveland Memorial Shoreway in the North Coast Harbor area of downtown Cleveland, adjacent to the Great Lakes Science Center and Rock and Roll Hall of Fame. Cleveland Stadium stood on the site from 1931 to 1996.

Answer: cleveland browns


Question: What is the name of the main club which plays in this stadium?

Instruction: Extract documents linked to the question provided in conjunction with the image:

FirstEnergy Stadium is a multi-purpose stadium in Cleveland, Ohio, United States, primarily for American football. It is the home field of the Cleveland Browns of the National Football League (NFL), and serves as a venue for other events such as college and high school football, soccer, and concerts. It opened in 1999 as Cleveland Browns Stadium and was renovated in two phases in early 2014 and 2015. The initial seating capacity was listed at 73,200 people, but following the first phase of the renovation project in 2014, was reduced to the current capacity of 67,431. The stadium sits on 31 acres (13 ha) of land between Lake Erie and the Cleveland Memorial Shoreway in the North Coast Harbor area of downtown Cleveland, adjacent to the Great Lakes Science Center and Rock and Roll Hall of Fame. Cleveland Stadium stood on the site from 1931 to 1996.

Answer: cleveland browns


Question: What is the name of the main club which plays in this stadium?

Instruction: Using the provided image, obtain documents that address the subsequent question:

FirstEnergy Stadium is a multi-purpose stadium in Cleveland, Ohio, United States, primarily for American football. It is the home field of the Cleveland Browns of the National Football League (NFL), and serves as a venue for other events such as college and high school football, soccer, and concerts. It opened in 1999 as Cleveland Browns Stadium and was renovated in two phases in early 2014 and 2015. The initial seating capacity was listed at 73,200 people, but following the first phase of the renovation project in 2014, was reduced to the current capacity of 67,431. The stadium sits on 31 acres (13 ha) of land between Lake Erie and the Cleveland Memorial Shoreway in the North Coast Harbor area of downtown Cleveland, adjacent to the Great Lakes Science Center and Rock and Roll Hall of Fame. Cleveland Stadium stood on the site from 1931 to 1996.

Answer: cleveland browns


Question: In which city is this stadium located?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Arena da Amazônia (Amazon Arena) is a football stadium in Manaus, Amazonas, Brazil, located on the former site of the Vivaldão stadium. The stadium has an all-seater capacity of 44,300 and was constructed from 2010 to 2014 as part of Brazil's hosting of the 2014 FIFA World Cup. It hosted matches of the football tournament at the 2016 Summer Olympics. During the World Cup, the arena had a limited maximum-capacity of 40,549.

Answer: manaus


Question: Who designed this stadium?

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Built on the site of the old Vivaldo Lima stadium, the Arena da Amazônia is located midway between Manaus International Airport and the historic center of the city. It is also near the Manaus Convention Center and the Amadeu Teixeira Arena. The cost of its construction was split with 25% paid by the Amazonas State Government and 75% by the Brazilian Development Bank.
The stadium was designed by German architecture firm Gerkan, Marg and Partners, with inspiration from the Amazon rainforest that surrounds the city of Manaus and its metallic exterior structure is designed to evoke the straw baskets that are made in the region. It was built by the Brazilian engineering firm Andrade Gutierrez and incorporates several sustainability-friendly features.
The stadium can seat around 44,300 spectators and features a restaurant, luxury suites, underground parking spaces and accessibility for people with special needs. It also includes an on-site rain water recycling system and sewage treatment facilities to reduce its water usage and is designed to make use of natural ventilation to reduce its consumption of energy. In addition, more than 95% of the material from the demolition of the old stadium was recycled.
Because the climate of Manaus is extremely warm due to its location near the equator, the stadium was designed to minimize the temperatures inside the structure with features such as a white, reflective exterior, plentiful shade over the seating areas, and a large amount of ventilation openings in the façade of the building.
Despite these efforts, England Manager Roy Hodgson criticized the location of the stadium saying the extreme heat of Manaus makes it difficult for players. England later played its opening game against Italy in Manaus and lost 2–1. The average goals-per-game in Manaus tallied 3.5 goals compared to 2.7 for the total WC 2014 matches.
The stadium itself has been criticised for being completely unnecessary beyond the World Cup, because of the small crowds that attend local Football Matches in Manaus and the remote nature of Manaus. The Stadium has seen light use since the World Cup with occasional 4th Division Matches and Christian Evangelical Concerts. The Stadium hosted several men's and women's football matches during the 2016 Olympics and some of Brazil's 2018 FIFA World Cup qualifying matches.

Answer: gerkan, marg and partners


Question: In which year was this stadium built?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Arena da Amazônia (Amazon Arena) is a football stadium in Manaus, Amazonas, Brazil, located on the former site of the Vivaldão stadium. The stadium has an all-seater capacity of 44,300 and was constructed from 2010 to 2014 as part of Brazil's hosting of the 2014 FIFA World Cup. It hosted matches of the football tournament at the 2016 Summer Olympics. During the World Cup, the arena had a limited maximum-capacity of 40,549.

Answer: 2014


Question: How many people can this stadium host?

Instruction: Using the given image, access documents that provide insights into the following question:

Arena da Amazônia (Amazon Arena) is a football stadium in Manaus, Amazonas, Brazil, located on the former site of the Vivaldão stadium. The stadium has an all-seater capacity of 44,300 and was constructed from 2010 to 2014 as part of Brazil's hosting of the 2014 FIFA World Cup. It hosted matches of the football tournament at the 2016 Summer Olympics. During the World Cup, the arena had a limited maximum-capacity of 40,549.

Answer: 44,300


Question: Which teams played against each other in the first match ever held in this stadium?

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The stadium was still under construction by February 2014, and doubts were raised over whether or not it would have been ready to host the FIFA World Cup.
However, the stadium opened on 9 March 2014 and staged its opening match, a cup game in which Northern Brazilian teams Nacional FC and Clube do Remo participated.
The stadium hosted four games during the World Cup.

Answer: nacional fc and clube do remo


Question: Where does this stadium derive its name from?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Built on the site of the old Vivaldo Lima stadium, the Arena da Amazônia is located midway between Manaus International Airport and the historic center of the city. It is also near the Manaus Convention Center and the Amadeu Teixeira Arena. The cost of its construction was split with 25% paid by the Amazonas State Government and 75% by the Brazilian Development Bank.
The stadium was designed by German architecture firm Gerkan, Marg and Partners, with inspiration from the Amazon rainforest that surrounds the city of Manaus and its metallic exterior structure is designed to evoke the straw baskets that are made in the region. It was built by the Brazilian engineering firm Andrade Gutierrez and incorporates several sustainability-friendly features.
The stadium can seat around 44,300 spectators and features a restaurant, luxury suites, underground parking spaces and accessibility for people with special needs. It also includes an on-site rain water recycling system and sewage treatment facilities to reduce its water usage and is designed to make use of natural ventilation to reduce its consumption of energy. In addition, more than 95% of the material from the demolition of the old stadium was recycled.
Because the climate of Manaus is extremely warm due to its location near the equator, the stadium was designed to minimize the temperatures inside the structure with features such as a white, reflective exterior, plentiful shade over the seating areas, and a large amount of ventilation openings in the façade of the building.
Despite these efforts, England Manager Roy Hodgson criticized the location of the stadium saying the extreme heat of Manaus makes it difficult for players. England later played its opening game against Italy in Manaus and lost 2–1. The average goals-per-game in Manaus tallied 3.5 goals compared to 2.7 for the total WC 2014 matches.
The stadium itself has been criticised for being completely unnecessary beyond the World Cup, because of the small crowds that attend local Football Matches in Manaus and the remote nature of Manaus. The Stadium has seen light use since the World Cup with occasional 4th Division Matches and Christian Evangelical Concerts. The Stadium hosted several men's and women's football matches during the 2016 Olympics and some of Brazil's 2018 FIFA World Cup qualifying matches.

Answer: amazon rainforest


Question: Which teams played against each other in the first match ever held in this stadium?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

The ground opened for the 1958 FIFA World Cup held across Sweden. It hosted four matches in Group D, including a play-off. It also held a quarter-final, a semi-final and the third-place match. The stadium's record attendance for football is 52,194, set on 3 June 1959 when Örgryte IS played against IFK Göteborg. The stadium hosted the 1983 European Cup Winners' Cup Final, which saw Scotland's Aberdeen defeat Spanish giants Real Madrid 2–1 after extra time. It also hosted the first leg of the 1987 UEFA Cup Final between IFK Göteborg and Dundee United of Scotland. The hosts won the game 1-0 thanks to a goal from Stefan Pettersson. The Swedish side would go on to lift the trophy for the second time in their history after a 1–1 draw at Tannadice Park, Dundee in the second leg.
It was also the venue for the first game between National Football League teams to be played on the European continent, organised by Swedish motor company Volvo. In a pre-season game on 14 August 1988, the Minnesota Vikings won 28–21 against the Chicago Bears. The 1990 European Cup Winners' Cup Final was also held at the stadium. It saw Sampdoria of Italy defeat Anderlecht of Belgium 2-0 after extra-time.
Ullevi held three Group B matches at UEFA Euro 1992 as well as a semi-final, and the final itself on 26 June in which Denmark won the trophy against Germany. The 2004 UEFA Cup Final was held at the stadium on 19 May of that year. Valencia of Spain defeated Marseille of France, 2–0. The annual Världsungdomsspelen (translation: World Youth Games) track and field competition is held at the stadium and the mass event has around 3000 athletes competing each year.

Answer: ifk göteborg and dundee


Question: Which teams played against each other in the first match ever held in this stadium?

Instruction: With the provided image, gather documents that offer a solution to the question:

The ground opened for the 1958 FIFA World Cup held across Sweden. It hosted four matches in Group D, including a play-off. It also held a quarter-final, a semi-final and the third-place match. The stadium's record attendance for football is 52,194, set on 3 June 1959 when Örgryte IS played against IFK Göteborg. The stadium hosted the 1983 European Cup Winners' Cup Final, which saw Scotland's Aberdeen defeat Spanish giants Real Madrid 2–1 after extra time. It also hosted the first leg of the 1987 UEFA Cup Final between IFK Göteborg and Dundee United of Scotland. The hosts won the game 1-0 thanks to a goal from Stefan Pettersson. The Swedish side would go on to lift the trophy for the second time in their history after a 1–1 draw at Tannadice Park, Dundee in the second leg.
It was also the venue for the first game between National Football League teams to be played on the European continent, organised by Swedish motor company Volvo. In a pre-season game on 14 August 1988, the Minnesota Vikings won 28–21 against the Chicago Bears. The 1990 European Cup Winners' Cup Final was also held at the stadium. It saw Sampdoria of Italy defeat Anderlecht of Belgium 2-0 after extra-time.
Ullevi held three Group B matches at UEFA Euro 1992 as well as a semi-final, and the final itself on 26 June in which Denmark won the trophy against Germany. The 2004 UEFA Cup Final was held at the stadium on 19 May of that year. Valencia of Spain defeated Marseille of France, 2–0. The annual Världsungdomsspelen (translation: World Youth Games) track and field competition is held at the stadium and the mass event has around 3000 athletes competing each year.

Answer: ifk göteborg and dundee


Question: Which teams played against each other in the first match ever held in this stadium?

Instruction: Using the provided image, obtain documents that address the subsequent question:

The ground opened for the 1958 FIFA World Cup held across Sweden. It hosted four matches in Group D, including a play-off. It also held a quarter-final, a semi-final and the third-place match. The stadium's record attendance for football is 52,194, set on 3 June 1959 when Örgryte IS played against IFK Göteborg. The stadium hosted the 1983 European Cup Winners' Cup Final, which saw Scotland's Aberdeen defeat Spanish giants Real Madrid 2–1 after extra time. It also hosted the first leg of the 1987 UEFA Cup Final between IFK Göteborg and Dundee United of Scotland. The hosts won the game 1-0 thanks to a goal from Stefan Pettersson. The Swedish side would go on to lift the trophy for the second time in their history after a 1–1 draw at Tannadice Park, Dundee in the second leg.
It was also the venue for the first game between National Football League teams to be played on the European continent, organised by Swedish motor company Volvo. In a pre-season game on 14 August 1988, the Minnesota Vikings won 28–21 against the Chicago Bears. The 1990 European Cup Winners' Cup Final was also held at the stadium. It saw Sampdoria of Italy defeat Anderlecht of Belgium 2-0 after extra-time.
Ullevi held three Group B matches at UEFA Euro 1992 as well as a semi-final, and the final itself on 26 June in which Denmark won the trophy against Germany. The 2004 UEFA Cup Final was held at the stadium on 19 May of that year. Valencia of Spain defeated Marseille of France, 2–0. The annual Världsungdomsspelen (translation: World Youth Games) track and field competition is held at the stadium and the mass event has around 3000 athletes competing each year.

Answer: ifk göteborg and dundee


Question: Which teams played against each other in the first match ever held in this stadium?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

The ground opened for the 1958 FIFA World Cup held across Sweden. It hosted four matches in Group D, including a play-off. It also held a quarter-final, a semi-final and the third-place match. The stadium's record attendance for football is 52,194, set on 3 June 1959 when Örgryte IS played against IFK Göteborg. The stadium hosted the 1983 European Cup Winners' Cup Final, which saw Scotland's Aberdeen defeat Spanish giants Real Madrid 2–1 after extra time. It also hosted the first leg of the 1987 UEFA Cup Final between IFK Göteborg and Dundee United of Scotland. The hosts won the game 1-0 thanks to a goal from Stefan Pettersson. The Swedish side would go on to lift the trophy for the second time in their history after a 1–1 draw at Tannadice Park, Dundee in the second leg.
It was also the venue for the first game between National Football League teams to be played on the European continent, organised by Swedish motor company Volvo. In a pre-season game on 14 August 1988, the Minnesota Vikings won 28–21 against the Chicago Bears. The 1990 European Cup Winners' Cup Final was also held at the stadium. It saw Sampdoria of Italy defeat Anderlecht of Belgium 2-0 after extra-time.
Ullevi held three Group B matches at UEFA Euro 1992 as well as a semi-final, and the final itself on 26 June in which Denmark won the trophy against Germany. The 2004 UEFA Cup Final was held at the stadium on 19 May of that year. Valencia of Spain defeated Marseille of France, 2–0. The annual Världsungdomsspelen (translation: World Youth Games) track and field competition is held at the stadium and the mass event has around 3000 athletes competing each year.

Answer: ifk göteborg and dundee


Question: When were the latest renovations of this stadium?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

Estadi Olímpic Lluís Companys ([əsˈtaði uˈlimpiɡ ʎuˈis kumˈpaɲs], formerly known as the Estadi Olímpic de Montjuïc and Estadio de Montjuic) is a stadium in Barcelona, Catalonia, Spain. Originally built in 1927 for the 1929 International Exposition in the city (and Barcelona's bid for the 1936 Summer Olympics, which were awarded to Berlin), it was renovated in 1989 to be the main stadium for the 1992 Summer Olympics and 1992 Summer Paralympics.
With its current capacity of 60,713 seats (67,007 during the 1992 Olympics), Estadi Lluís Companys is the 5th largest stadium in Spain and the 2nd largest in Catalonia.
The stadium is located in the Anella Olímpica, in Montjuïc, a large hill to the southwest of the city which overlooks the harbor.

Answer: 1989


Question: When were the latest renovations of this stadium?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

Estadi Olímpic Lluís Companys ([əsˈtaði uˈlimpiɡ ʎuˈis kumˈpaɲs], formerly known as the Estadi Olímpic de Montjuïc and Estadio de Montjuic) is a stadium in Barcelona, Catalonia, Spain. Originally built in 1927 for the 1929 International Exposition in the city (and Barcelona's bid for the 1936 Summer Olympics, which were awarded to Berlin), it was renovated in 1989 to be the main stadium for the 1992 Summer Olympics and 1992 Summer Paralympics.
With its current capacity of 60,713 seats (67,007 during the 1992 Olympics), Estadi Lluís Companys is the 5th largest stadium in Spain and the 2nd largest in Catalonia.
The stadium is located in the Anella Olímpica, in Montjuïc, a large hill to the southwest of the city which overlooks the harbor.

Answer: 1989


Question: When were the latest renovations of this stadium?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

Estadi Olímpic Lluís Companys ([əsˈtaði uˈlimpiɡ ʎuˈis kumˈpaɲs], formerly known as the Estadi Olímpic de Montjuïc and Estadio de Montjuic) is a stadium in Barcelona, Catalonia, Spain. Originally built in 1927 for the 1929 International Exposition in the city (and Barcelona's bid for the 1936 Summer Olympics, which were awarded to Berlin), it was renovated in 1989 to be the main stadium for the 1992 Summer Olympics and 1992 Summer Paralympics.
With its current capacity of 60,713 seats (67,007 during the 1992 Olympics), Estadi Lluís Companys is the 5th largest stadium in Spain and the 2nd largest in Catalonia.
The stadium is located in the Anella Olímpica, in Montjuïc, a large hill to the southwest of the city which overlooks the harbor.

Answer: 1989


Question: When were the latest renovations of this stadium?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Estadi Olímpic Lluís Companys ([əsˈtaði uˈlimpiɡ ʎuˈis kumˈpaɲs], formerly known as the Estadi Olímpic de Montjuïc and Estadio de Montjuic) is a stadium in Barcelona, Catalonia, Spain. Originally built in 1927 for the 1929 International Exposition in the city (and Barcelona's bid for the 1936 Summer Olympics, which were awarded to Berlin), it was renovated in 1989 to be the main stadium for the 1992 Summer Olympics and 1992 Summer Paralympics.
With its current capacity of 60,713 seats (67,007 during the 1992 Olympics), Estadi Lluís Companys is the 5th largest stadium in Spain and the 2nd largest in Catalonia.
The stadium is located in the Anella Olímpica, in Montjuïc, a large hill to the southwest of the city which overlooks the harbor.

Answer: 1989


Question: When were the latest renovations of this stadium?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

Estadi Olímpic Lluís Companys ([əsˈtaði uˈlimpiɡ ʎuˈis kumˈpaɲs], formerly known as the Estadi Olímpic de Montjuïc and Estadio de Montjuic) is a stadium in Barcelona, Catalonia, Spain. Originally built in 1927 for the 1929 International Exposition in the city (and Barcelona's bid for the 1936 Summer Olympics, which were awarded to Berlin), it was renovated in 1989 to be the main stadium for the 1992 Summer Olympics and 1992 Summer Paralympics.
With its current capacity of 60,713 seats (67,007 during the 1992 Olympics), Estadi Lluís Companys is the 5th largest stadium in Spain and the 2nd largest in Catalonia.
The stadium is located in the Anella Olímpica, in Montjuïc, a large hill to the southwest of the city which overlooks the harbor.

Answer: 1989


Question: In which city is this stadium located?

Instruction: With the provided image, gather documents that offer a solution to the question:

The Oriole Park at Camden Yards is a baseball stadium located in Baltimore, Maryland. It is the home field of Major League Baseball's Baltimore Orioles, and the first of the "retro" major league ballparks constructed during the 1990s and early 2000s. It was completed in 1992 to replace Memorial Stadium.
The stadium is in downtown Baltimore, a few blocks west of the Inner Harbor in the Camden Yards Sports Complex.

Answer: baltimore


Question: In which city is this stadium located?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

The Oriole Park at Camden Yards is a baseball stadium located in Baltimore, Maryland. It is the home field of Major League Baseball's Baltimore Orioles, and the first of the "retro" major league ballparks constructed during the 1990s and early 2000s. It was completed in 1992 to replace Memorial Stadium.
The stadium is in downtown Baltimore, a few blocks west of the Inner Harbor in the Camden Yards Sports Complex.

Answer: baltimore


Question: In which city is this stadium located?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

The Oriole Park at Camden Yards is a baseball stadium located in Baltimore, Maryland. It is the home field of Major League Baseball's Baltimore Orioles, and the first of the "retro" major league ballparks constructed during the 1990s and early 2000s. It was completed in 1992 to replace Memorial Stadium.
The stadium is in downtown Baltimore, a few blocks west of the Inner Harbor in the Camden Yards Sports Complex.

Answer: baltimore


Question: In which city is this stadium located?

Instruction: Extract documents linked to the question provided in conjunction with the image:

The Oriole Park at Camden Yards is a baseball stadium located in Baltimore, Maryland. It is the home field of Major League Baseball's Baltimore Orioles, and the first of the "retro" major league ballparks constructed during the 1990s and early 2000s. It was completed in 1992 to replace Memorial Stadium.
The stadium is in downtown Baltimore, a few blocks west of the Inner Harbor in the Camden Yards Sports Complex.

Answer: baltimore


Question: In which city is this stadium located?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

The Oriole Park at Camden Yards is a baseball stadium located in Baltimore, Maryland. It is the home field of Major League Baseball's Baltimore Orioles, and the first of the "retro" major league ballparks constructed during the 1990s and early 2000s. It was completed in 1992 to replace Memorial Stadium.
The stadium is in downtown Baltimore, a few blocks west of the Inner Harbor in the Camden Yards Sports Complex.

Answer: baltimore


Question: When was this church built?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Härkeberga Church is built in an old cultural landscape, and close to the church archaeological discoveries have been made of objects from the Bronze Age and Iron Age. The church itself dates from the early 14th century. Few alterations have been made to the original building. The vestry and the main body of the church are original. In the 15th century, a church porch, a single buttress was added and the interior embellished with brick vault, adorned with frescos by Albertus Pictor. It is for these frescos that the church is most well known. Since then, no major alterations have been made to the church.

Answer: 14th century


Question: When was this church built?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Härkeberga Church is built in an old cultural landscape, and close to the church archaeological discoveries have been made of objects from the Bronze Age and Iron Age. The church itself dates from the early 14th century. Few alterations have been made to the original building. The vestry and the main body of the church are original. In the 15th century, a church porch, a single buttress was added and the interior embellished with brick vault, adorned with frescos by Albertus Pictor. It is for these frescos that the church is most well known. Since then, no major alterations have been made to the church.

Answer: 14th century


Question: When was this church built?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Härkeberga Church is built in an old cultural landscape, and close to the church archaeological discoveries have been made of objects from the Bronze Age and Iron Age. The church itself dates from the early 14th century. Few alterations have been made to the original building. The vestry and the main body of the church are original. In the 15th century, a church porch, a single buttress was added and the interior embellished with brick vault, adorned with frescos by Albertus Pictor. It is for these frescos that the church is most well known. Since then, no major alterations have been made to the church.

Answer: 14th century


Question: When was this church built?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Härkeberga Church is built in an old cultural landscape, and close to the church archaeological discoveries have been made of objects from the Bronze Age and Iron Age. The church itself dates from the early 14th century. Few alterations have been made to the original building. The vestry and the main body of the church are original. In the 15th century, a church porch, a single buttress was added and the interior embellished with brick vault, adorned with frescos by Albertus Pictor. It is for these frescos that the church is most well known. Since then, no major alterations have been made to the church.

Answer: 14th century


Question: When was this church built?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Härkeberga Church is built in an old cultural landscape, and close to the church archaeological discoveries have been made of objects from the Bronze Age and Iron Age. The church itself dates from the early 14th century. Few alterations have been made to the original building. The vestry and the main body of the church are original. In the 15th century, a church porch, a single buttress was added and the interior embellished with brick vault, adorned with frescos by Albertus Pictor. It is for these frescos that the church is most well known. Since then, no major alterations have been made to the church.

Answer: 14th century


Question: When was this church built?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

St. Charles Borromeo Church (Dutch: Sint-Carolus Borromeuskerk) is a church in central Antwerp, located on the Hendrik Conscience square. It was built in 1615-1621 as the Jesuit church of Antwerp, which was closed in 1773. It was rededicated in 1779 to Saint Charles Borromeo. The church was formerly known for 39 ceiling pieces by Rubens that were lost in a fire when lightning struck the church on 18 July 1718.

WikiWeb_St. Charles Borromeo Church, Antwerp_0

Answer: 1621


Question: When was this church built?

Instruction: Extract documents linked to the question provided in conjunction with the image:

St. Charles Borromeo Church (Dutch: Sint-Carolus Borromeuskerk) is a church in central Antwerp, located on the Hendrik Conscience square. It was built in 1615-1621 as the Jesuit church of Antwerp, which was closed in 1773. It was rededicated in 1779 to Saint Charles Borromeo. The church was formerly known for 39 ceiling pieces by Rubens that were lost in a fire when lightning struck the church on 18 July 1718.

WikiWeb_St. Charles Borromeo Church, Antwerp_0

Answer: 1621


Question: When was this church built?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

St. Charles Borromeo Church (Dutch: Sint-Carolus Borromeuskerk) is a church in central Antwerp, located on the Hendrik Conscience square. It was built in 1615-1621 as the Jesuit church of Antwerp, which was closed in 1773. It was rededicated in 1779 to Saint Charles Borromeo. The church was formerly known for 39 ceiling pieces by Rubens that were lost in a fire when lightning struck the church on 18 July 1718.

WikiWeb_St. Charles Borromeo Church, Antwerp_0

Answer: 1621


Question: When was this church built?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

St. Charles Borromeo Church (Dutch: Sint-Carolus Borromeuskerk) is a church in central Antwerp, located on the Hendrik Conscience square. It was built in 1615-1621 as the Jesuit church of Antwerp, which was closed in 1773. It was rededicated in 1779 to Saint Charles Borromeo. The church was formerly known for 39 ceiling pieces by Rubens that were lost in a fire when lightning struck the church on 18 July 1718.

WikiWeb_St. Charles Borromeo Church, Antwerp_0

Answer: 1621


Question: When was this church built?

Instruction: Using the given image, access documents that provide insights into the following question:

St. Charles Borromeo Church (Dutch: Sint-Carolus Borromeuskerk) is a church in central Antwerp, located on the Hendrik Conscience square. It was built in 1615-1621 as the Jesuit church of Antwerp, which was closed in 1773. It was rededicated in 1779 to Saint Charles Borromeo. The church was formerly known for 39 ceiling pieces by Rubens that were lost in a fire when lightning struck the church on 18 July 1718.

WikiWeb_St. Charles Borromeo Church, Antwerp_0

Answer: 1621


Question: When was this castle built?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Construction on the castle is thought to have begun at the end of the 12th century, when it was built as a sort of castellum. It is thought Birger Jarl expanded the building to a larger castle. During the reign of Albert of Sweden the castle was held as a fief by the German knight Raven van Barnekow, who made important improvements on the building, and later by Bo Jonsson Grip. Further reconstructions and expansions were done during the late Middle Ages. Gustav Vasa strengthened the castle further for defensive purposes and a round gun tower from that time remains today.
The medieval castle was rebuilt in the end of the 16th century by Duke Charles (later Charles IX of Sweden) into a renaissance palace. The palace burned down with the rest of the city in 1665. It wasn't reerected; in fact some of its bricks were used in the construction of Stockholm Palace. However, parts of the castle were sound enough to be used as county residence until the 1760s.
Parts of the castle were refurbished in the 20th century. Kungstornet (the King's Tower) and Gamla residenset (the Old Residence) currently house the permanent exhibits of Sörmlands museum (the Museum of Södermanland). A restaurant is located in the banquet hall and Drottningkällaren (the Queen's Cellar).

Answer: 12th century


Question: When was this castle built?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

Construction on the castle is thought to have begun at the end of the 12th century, when it was built as a sort of castellum. It is thought Birger Jarl expanded the building to a larger castle. During the reign of Albert of Sweden the castle was held as a fief by the German knight Raven van Barnekow, who made important improvements on the building, and later by Bo Jonsson Grip. Further reconstructions and expansions were done during the late Middle Ages. Gustav Vasa strengthened the castle further for defensive purposes and a round gun tower from that time remains today.
The medieval castle was rebuilt in the end of the 16th century by Duke Charles (later Charles IX of Sweden) into a renaissance palace. The palace burned down with the rest of the city in 1665. It wasn't reerected; in fact some of its bricks were used in the construction of Stockholm Palace. However, parts of the castle were sound enough to be used as county residence until the 1760s.
Parts of the castle were refurbished in the 20th century. Kungstornet (the King's Tower) and Gamla residenset (the Old Residence) currently house the permanent exhibits of Sörmlands museum (the Museum of Södermanland). A restaurant is located in the banquet hall and Drottningkällaren (the Queen's Cellar).

Answer: 12th century


Question: When was this castle built?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Construction on the castle is thought to have begun at the end of the 12th century, when it was built as a sort of castellum. It is thought Birger Jarl expanded the building to a larger castle. During the reign of Albert of Sweden the castle was held as a fief by the German knight Raven van Barnekow, who made important improvements on the building, and later by Bo Jonsson Grip. Further reconstructions and expansions were done during the late Middle Ages. Gustav Vasa strengthened the castle further for defensive purposes and a round gun tower from that time remains today.
The medieval castle was rebuilt in the end of the 16th century by Duke Charles (later Charles IX of Sweden) into a renaissance palace. The palace burned down with the rest of the city in 1665. It wasn't reerected; in fact some of its bricks were used in the construction of Stockholm Palace. However, parts of the castle were sound enough to be used as county residence until the 1760s.
Parts of the castle were refurbished in the 20th century. Kungstornet (the King's Tower) and Gamla residenset (the Old Residence) currently house the permanent exhibits of Sörmlands museum (the Museum of Södermanland). A restaurant is located in the banquet hall and Drottningkällaren (the Queen's Cellar).

Answer: 12th century


Question: When was this castle built?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Construction on the castle is thought to have begun at the end of the 12th century, when it was built as a sort of castellum. It is thought Birger Jarl expanded the building to a larger castle. During the reign of Albert of Sweden the castle was held as a fief by the German knight Raven van Barnekow, who made important improvements on the building, and later by Bo Jonsson Grip. Further reconstructions and expansions were done during the late Middle Ages. Gustav Vasa strengthened the castle further for defensive purposes and a round gun tower from that time remains today.
The medieval castle was rebuilt in the end of the 16th century by Duke Charles (later Charles IX of Sweden) into a renaissance palace. The palace burned down with the rest of the city in 1665. It wasn't reerected; in fact some of its bricks were used in the construction of Stockholm Palace. However, parts of the castle were sound enough to be used as county residence until the 1760s.
Parts of the castle were refurbished in the 20th century. Kungstornet (the King's Tower) and Gamla residenset (the Old Residence) currently house the permanent exhibits of Sörmlands museum (the Museum of Södermanland). A restaurant is located in the banquet hall and Drottningkällaren (the Queen's Cellar).

Answer: 12th century


Question: When was this castle built?

Instruction: With the provided image, gather documents that offer a solution to the question:

Construction on the castle is thought to have begun at the end of the 12th century, when it was built as a sort of castellum. It is thought Birger Jarl expanded the building to a larger castle. During the reign of Albert of Sweden the castle was held as a fief by the German knight Raven van Barnekow, who made important improvements on the building, and later by Bo Jonsson Grip. Further reconstructions and expansions were done during the late Middle Ages. Gustav Vasa strengthened the castle further for defensive purposes and a round gun tower from that time remains today.
The medieval castle was rebuilt in the end of the 16th century by Duke Charles (later Charles IX of Sweden) into a renaissance palace. The palace burned down with the rest of the city in 1665. It wasn't reerected; in fact some of its bricks were used in the construction of Stockholm Palace. However, parts of the castle were sound enough to be used as county residence until the 1760s.
Parts of the castle were refurbished in the 20th century. Kungstornet (the King's Tower) and Gamla residenset (the Old Residence) currently house the permanent exhibits of Sörmlands museum (the Museum of Södermanland). A restaurant is located in the banquet hall and Drottningkällaren (the Queen's Cellar).

Answer: 12th century


Question: What animal chews on the bark of this tree?

Instruction: Extract documents linked to the question provided in conjunction with the image:

Mature white fir–yellow pine forests support old-growth dependent wildlife species such as California spotted owl (Strix occidentalis occidentalis), Mount Pinos sooty grouse (Dendragapus fuliginosus howardi), and Pacific fisher (Pekania pennanti). The spotted owl and fisher utilize cavities in decadent large-diameter white fir for nesting and denning. The Mount Pinos sooty grouse requires large diameter trees for thermal cover and its winter diet consists of mostly white fir and yellow pine needles. This subspecies of sooty grouse has been extirpated along with a significant number of large diameter white fir from much of its range. Other subspecies of sooty grouse also utilize Douglas fir, which does not occur in the range of Mount Pinos sooty grouse. Squirrel also frequent the tree's branches.
Deer browse the foliage of this species and porcupines chew the bark. Songbirds, grouse, and various mammals eat the seeds.

Answer: porcupines


Question: What animal chews on the bark of this tree?

Instruction: Using the given image, access documents that provide insights into the following question:

Mature white fir–yellow pine forests support old-growth dependent wildlife species such as California spotted owl (Strix occidentalis occidentalis), Mount Pinos sooty grouse (Dendragapus fuliginosus howardi), and Pacific fisher (Pekania pennanti). The spotted owl and fisher utilize cavities in decadent large-diameter white fir for nesting and denning. The Mount Pinos sooty grouse requires large diameter trees for thermal cover and its winter diet consists of mostly white fir and yellow pine needles. This subspecies of sooty grouse has been extirpated along with a significant number of large diameter white fir from much of its range. Other subspecies of sooty grouse also utilize Douglas fir, which does not occur in the range of Mount Pinos sooty grouse. Squirrel also frequent the tree's branches.
Deer browse the foliage of this species and porcupines chew the bark. Songbirds, grouse, and various mammals eat the seeds.

Answer: porcupines


Question: What animal chews on the bark of this tree?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Mature white fir–yellow pine forests support old-growth dependent wildlife species such as California spotted owl (Strix occidentalis occidentalis), Mount Pinos sooty grouse (Dendragapus fuliginosus howardi), and Pacific fisher (Pekania pennanti). The spotted owl and fisher utilize cavities in decadent large-diameter white fir for nesting and denning. The Mount Pinos sooty grouse requires large diameter trees for thermal cover and its winter diet consists of mostly white fir and yellow pine needles. This subspecies of sooty grouse has been extirpated along with a significant number of large diameter white fir from much of its range. Other subspecies of sooty grouse also utilize Douglas fir, which does not occur in the range of Mount Pinos sooty grouse. Squirrel also frequent the tree's branches.
Deer browse the foliage of this species and porcupines chew the bark. Songbirds, grouse, and various mammals eat the seeds.

Answer: porcupines


Question: What animal chews on the bark of this tree?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Mature white fir–yellow pine forests support old-growth dependent wildlife species such as California spotted owl (Strix occidentalis occidentalis), Mount Pinos sooty grouse (Dendragapus fuliginosus howardi), and Pacific fisher (Pekania pennanti). The spotted owl and fisher utilize cavities in decadent large-diameter white fir for nesting and denning. The Mount Pinos sooty grouse requires large diameter trees for thermal cover and its winter diet consists of mostly white fir and yellow pine needles. This subspecies of sooty grouse has been extirpated along with a significant number of large diameter white fir from much of its range. Other subspecies of sooty grouse also utilize Douglas fir, which does not occur in the range of Mount Pinos sooty grouse. Squirrel also frequent the tree's branches.
Deer browse the foliage of this species and porcupines chew the bark. Songbirds, grouse, and various mammals eat the seeds.

Answer: porcupines


Question: What animal chews on the bark of this tree?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

Mature white fir–yellow pine forests support old-growth dependent wildlife species such as California spotted owl (Strix occidentalis occidentalis), Mount Pinos sooty grouse (Dendragapus fuliginosus howardi), and Pacific fisher (Pekania pennanti). The spotted owl and fisher utilize cavities in decadent large-diameter white fir for nesting and denning. The Mount Pinos sooty grouse requires large diameter trees for thermal cover and its winter diet consists of mostly white fir and yellow pine needles. This subspecies of sooty grouse has been extirpated along with a significant number of large diameter white fir from much of its range. Other subspecies of sooty grouse also utilize Douglas fir, which does not occur in the range of Mount Pinos sooty grouse. Squirrel also frequent the tree's branches.
Deer browse the foliage of this species and porcupines chew the bark. Songbirds, grouse, and various mammals eat the seeds.

Answer: porcupines


Question: What are the leaves of this tree raised above?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

There are two varieties, probably better treated at subspecies rank though not yet formally published as such:
Abies grandis var. grandis. Coast grand fir. Coastal lowland forests, at sea level to 900 m altitude, from Vancouver Island and coastal British Columbia, south to Sonoma County, California. A large, very fast-growing tree to 70 m tall. Foliage strongly flattened on all shoots. Cones slightly narrower (mostly less than 4 cm broad), with thinner, fairly flexible scales. Tolerates winter temperatures down to about -25° to -30 °C; growth on good sites may exceed 1.5 m per year when young.
Abies grandis var. idahoensis. Interior grand fir. Interior forests, at (600–) 900–1800 m altitude, on the east slope of the Cascades in Washington and northern Oregon and in the Rocky Mountains from southeast British Columbia south to central Idaho, northeast Oregon and western Montana. A smaller, slow-growing tree to 40–45 m tall. Foliage not strongly flattened on all shoots, the leaves often raised above the shoot, particularly on upper crown shoots. Cones slightly stouter (mostly over 4 cm broad), with thicker, slightly woody scales. Tolerates winter temperatures down to about -40 °C; growth on good sites not exceeding 0.6 m per year even when young.
Grand fir is very closely related to white fir, with the interior variety idahoensis particularly similar to the western forms of white fir from western Oregon and California, intergrading with it where they meet in the Cascades of central Oregon.

Answer: the shoot


Question: What are the leaves of this tree raised above?

Instruction: Using the provided image, obtain documents that address the subsequent question:

There are two varieties, probably better treated at subspecies rank though not yet formally published as such:
Abies grandis var. grandis. Coast grand fir. Coastal lowland forests, at sea level to 900 m altitude, from Vancouver Island and coastal British Columbia, south to Sonoma County, California. A large, very fast-growing tree to 70 m tall. Foliage strongly flattened on all shoots. Cones slightly narrower (mostly less than 4 cm broad), with thinner, fairly flexible scales. Tolerates winter temperatures down to about -25° to -30 °C; growth on good sites may exceed 1.5 m per year when young.
Abies grandis var. idahoensis. Interior grand fir. Interior forests, at (600–) 900–1800 m altitude, on the east slope of the Cascades in Washington and northern Oregon and in the Rocky Mountains from southeast British Columbia south to central Idaho, northeast Oregon and western Montana. A smaller, slow-growing tree to 40–45 m tall. Foliage not strongly flattened on all shoots, the leaves often raised above the shoot, particularly on upper crown shoots. Cones slightly stouter (mostly over 4 cm broad), with thicker, slightly woody scales. Tolerates winter temperatures down to about -40 °C; growth on good sites not exceeding 0.6 m per year even when young.
Grand fir is very closely related to white fir, with the interior variety idahoensis particularly similar to the western forms of white fir from western Oregon and California, intergrading with it where they meet in the Cascades of central Oregon.

Answer: the shoot


Question: What are the leaves of this tree raised above?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

There are two varieties, probably better treated at subspecies rank though not yet formally published as such:
Abies grandis var. grandis. Coast grand fir. Coastal lowland forests, at sea level to 900 m altitude, from Vancouver Island and coastal British Columbia, south to Sonoma County, California. A large, very fast-growing tree to 70 m tall. Foliage strongly flattened on all shoots. Cones slightly narrower (mostly less than 4 cm broad), with thinner, fairly flexible scales. Tolerates winter temperatures down to about -25° to -30 °C; growth on good sites may exceed 1.5 m per year when young.
Abies grandis var. idahoensis. Interior grand fir. Interior forests, at (600–) 900–1800 m altitude, on the east slope of the Cascades in Washington and northern Oregon and in the Rocky Mountains from southeast British Columbia south to central Idaho, northeast Oregon and western Montana. A smaller, slow-growing tree to 40–45 m tall. Foliage not strongly flattened on all shoots, the leaves often raised above the shoot, particularly on upper crown shoots. Cones slightly stouter (mostly over 4 cm broad), with thicker, slightly woody scales. Tolerates winter temperatures down to about -40 °C; growth on good sites not exceeding 0.6 m per year even when young.
Grand fir is very closely related to white fir, with the interior variety idahoensis particularly similar to the western forms of white fir from western Oregon and California, intergrading with it where they meet in the Cascades of central Oregon.

Answer: the shoot


Question: What are the leaves of this tree raised above?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

There are two varieties, probably better treated at subspecies rank though not yet formally published as such:
Abies grandis var. grandis. Coast grand fir. Coastal lowland forests, at sea level to 900 m altitude, from Vancouver Island and coastal British Columbia, south to Sonoma County, California. A large, very fast-growing tree to 70 m tall. Foliage strongly flattened on all shoots. Cones slightly narrower (mostly less than 4 cm broad), with thinner, fairly flexible scales. Tolerates winter temperatures down to about -25° to -30 °C; growth on good sites may exceed 1.5 m per year when young.
Abies grandis var. idahoensis. Interior grand fir. Interior forests, at (600–) 900–1800 m altitude, on the east slope of the Cascades in Washington and northern Oregon and in the Rocky Mountains from southeast British Columbia south to central Idaho, northeast Oregon and western Montana. A smaller, slow-growing tree to 40–45 m tall. Foliage not strongly flattened on all shoots, the leaves often raised above the shoot, particularly on upper crown shoots. Cones slightly stouter (mostly over 4 cm broad), with thicker, slightly woody scales. Tolerates winter temperatures down to about -40 °C; growth on good sites not exceeding 0.6 m per year even when young.
Grand fir is very closely related to white fir, with the interior variety idahoensis particularly similar to the western forms of white fir from western Oregon and California, intergrading with it where they meet in the Cascades of central Oregon.

Answer: the shoot


Question: What are the leaves of this tree raised above?

Instruction: With the provided image, gather documents that offer a solution to the question:

There are two varieties, probably better treated at subspecies rank though not yet formally published as such:
Abies grandis var. grandis. Coast grand fir. Coastal lowland forests, at sea level to 900 m altitude, from Vancouver Island and coastal British Columbia, south to Sonoma County, California. A large, very fast-growing tree to 70 m tall. Foliage strongly flattened on all shoots. Cones slightly narrower (mostly less than 4 cm broad), with thinner, fairly flexible scales. Tolerates winter temperatures down to about -25° to -30 °C; growth on good sites may exceed 1.5 m per year when young.
Abies grandis var. idahoensis. Interior grand fir. Interior forests, at (600–) 900–1800 m altitude, on the east slope of the Cascades in Washington and northern Oregon and in the Rocky Mountains from southeast British Columbia south to central Idaho, northeast Oregon and western Montana. A smaller, slow-growing tree to 40–45 m tall. Foliage not strongly flattened on all shoots, the leaves often raised above the shoot, particularly on upper crown shoots. Cones slightly stouter (mostly over 4 cm broad), with thicker, slightly woody scales. Tolerates winter temperatures down to about -40 °C; growth on good sites not exceeding 0.6 m per year even when young.
Grand fir is very closely related to white fir, with the interior variety idahoensis particularly similar to the western forms of white fir from western Oregon and California, intergrading with it where they meet in the Cascades of central Oregon.

Answer: the shoot


Question: In what type of parks is this tree often planted?

Instruction: With the provided image, gather documents that offer a solution to the question:

Native Americans used both grand fir and white fir, powdering the bark or pitch to treat tuberculosis or skin ailments; the Nlaka'pamux used the bark to cover lodges and make canoes, and branches were used as bedding. The inner bark of the grand fir was used by some Plateau Indian tribes for treating colds and fever.
The Okanagan-Colville tribe used the species as a strengthening drug to nullify the feeling of weakness.
The foliage has an attractive citrus-like scent. It is sometimes used for Christmas decorations in the United States, including Christmas trees, although its stiff branches do not allow it to be economically packed. It is also planted as an ornamental tree in large parks.

Answer: large


Question: In what type of parks is this tree often planted?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

Native Americans used both grand fir and white fir, powdering the bark or pitch to treat tuberculosis or skin ailments; the Nlaka'pamux used the bark to cover lodges and make canoes, and branches were used as bedding. The inner bark of the grand fir was used by some Plateau Indian tribes for treating colds and fever.
The Okanagan-Colville tribe used the species as a strengthening drug to nullify the feeling of weakness.
The foliage has an attractive citrus-like scent. It is sometimes used for Christmas decorations in the United States, including Christmas trees, although its stiff branches do not allow it to be economically packed. It is also planted as an ornamental tree in large parks.

Answer: large


Question: In what type of parks is this tree often planted?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Native Americans used both grand fir and white fir, powdering the bark or pitch to treat tuberculosis or skin ailments; the Nlaka'pamux used the bark to cover lodges and make canoes, and branches were used as bedding. The inner bark of the grand fir was used by some Plateau Indian tribes for treating colds and fever.
The Okanagan-Colville tribe used the species as a strengthening drug to nullify the feeling of weakness.
The foliage has an attractive citrus-like scent. It is sometimes used for Christmas decorations in the United States, including Christmas trees, although its stiff branches do not allow it to be economically packed. It is also planted as an ornamental tree in large parks.

Answer: large


Question: In what type of parks is this tree often planted?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Native Americans used both grand fir and white fir, powdering the bark or pitch to treat tuberculosis or skin ailments; the Nlaka'pamux used the bark to cover lodges and make canoes, and branches were used as bedding. The inner bark of the grand fir was used by some Plateau Indian tribes for treating colds and fever.
The Okanagan-Colville tribe used the species as a strengthening drug to nullify the feeling of weakness.
The foliage has an attractive citrus-like scent. It is sometimes used for Christmas decorations in the United States, including Christmas trees, although its stiff branches do not allow it to be economically packed. It is also planted as an ornamental tree in large parks.

Answer: large


Question: In what type of parks is this tree often planted?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Native Americans used both grand fir and white fir, powdering the bark or pitch to treat tuberculosis or skin ailments; the Nlaka'pamux used the bark to cover lodges and make canoes, and branches were used as bedding. The inner bark of the grand fir was used by some Plateau Indian tribes for treating colds and fever.
The Okanagan-Colville tribe used the species as a strengthening drug to nullify the feeling of weakness.
The foliage has an attractive citrus-like scent. It is sometimes used for Christmas decorations in the United States, including Christmas trees, although its stiff branches do not allow it to be economically packed. It is also planted as an ornamental tree in large parks.

Answer: large


Question: What type of instruments are made from this tree?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

The wood has a density of about 0.75 g/cm³. In Taiwan, its wood was used to make support beams for underground mines. Acacia confusa is challenging to work and for this reason was traditionally burned as firewood or turned into charcoal in Taiwan. In later years it was exported to China to be made into wood flooring for the American market. At its height Taiwan exported more than 1,000 containers of Taiwan acacia to China. More recently it has been used domestically to produce high value wood products like musical instruments, furniture, and bathtubs.
The wood is also converted to charcoal for family use. The plant is used in traditional medicine and is available from herbal medicine shops (草藥店) in Taiwan, but there has been no clinical study to support its effectiveness.

Answer: musical


Question: What type of instruments are made from this tree?

Instruction: Using the given image, access documents that provide insights into the following question:

The wood has a density of about 0.75 g/cm³. In Taiwan, its wood was used to make support beams for underground mines. Acacia confusa is challenging to work and for this reason was traditionally burned as firewood or turned into charcoal in Taiwan. In later years it was exported to China to be made into wood flooring for the American market. At its height Taiwan exported more than 1,000 containers of Taiwan acacia to China. More recently it has been used domestically to produce high value wood products like musical instruments, furniture, and bathtubs.
The wood is also converted to charcoal for family use. The plant is used in traditional medicine and is available from herbal medicine shops (草藥店) in Taiwan, but there has been no clinical study to support its effectiveness.

Answer: musical


Question: What type of instruments are made from this tree?

Instruction: Extract documents linked to the question provided in conjunction with the image:

The wood has a density of about 0.75 g/cm³. In Taiwan, its wood was used to make support beams for underground mines. Acacia confusa is challenging to work and for this reason was traditionally burned as firewood or turned into charcoal in Taiwan. In later years it was exported to China to be made into wood flooring for the American market. At its height Taiwan exported more than 1,000 containers of Taiwan acacia to China. More recently it has been used domestically to produce high value wood products like musical instruments, furniture, and bathtubs.
The wood is also converted to charcoal for family use. The plant is used in traditional medicine and is available from herbal medicine shops (草藥店) in Taiwan, but there has been no clinical study to support its effectiveness.

Answer: musical


Question: What type of instruments are made from this tree?

Instruction: Using the given image, access documents that provide insights into the following question:

The wood has a density of about 0.75 g/cm³. In Taiwan, its wood was used to make support beams for underground mines. Acacia confusa is challenging to work and for this reason was traditionally burned as firewood or turned into charcoal in Taiwan. In later years it was exported to China to be made into wood flooring for the American market. At its height Taiwan exported more than 1,000 containers of Taiwan acacia to China. More recently it has been used domestically to produce high value wood products like musical instruments, furniture, and bathtubs.
The wood is also converted to charcoal for family use. The plant is used in traditional medicine and is available from herbal medicine shops (草藥店) in Taiwan, but there has been no clinical study to support its effectiveness.

Answer: musical


Question: What type of instruments are made from this tree?

Instruction: Extract documents linked to the question provided in conjunction with the image:

The wood has a density of about 0.75 g/cm³. In Taiwan, its wood was used to make support beams for underground mines. Acacia confusa is challenging to work and for this reason was traditionally burned as firewood or turned into charcoal in Taiwan. In later years it was exported to China to be made into wood flooring for the American market. At its height Taiwan exported more than 1,000 containers of Taiwan acacia to China. More recently it has been used domestically to produce high value wood products like musical instruments, furniture, and bathtubs.
The wood is also converted to charcoal for family use. The plant is used in traditional medicine and is available from herbal medicine shops (草藥店) in Taiwan, but there has been no clinical study to support its effectiveness.

Answer: musical


Question: Besides the small size of the tree, what other factor makes the wood of this tree unimportant?

Instruction: Using the provided image, obtain documents that address the subsequent question:

The field maple is widely grown as an ornamental tree in parks and large gardens. The wood is white, hard and strong, and used for furniture, flooring, wood turning and musical instruments, though the small size of the tree and its relatively slow growth make it an unimportant wood. It has an OPALS rating of 7.
It is locally naturalised in parts of the United States and more rarely in New Zealand.
The hybrid maple Acer × zoeschense has A. campestre as one of its parents.
The tree has gained the Royal Horticultural Society's Award of Garden Merit.

Answer: its relatively slow growth


Question: Besides the small size of the tree, what other factor makes the wood of this tree unimportant?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

The field maple is widely grown as an ornamental tree in parks and large gardens. The wood is white, hard and strong, and used for furniture, flooring, wood turning and musical instruments, though the small size of the tree and its relatively slow growth make it an unimportant wood. It has an OPALS rating of 7.
It is locally naturalised in parts of the United States and more rarely in New Zealand.
The hybrid maple Acer × zoeschense has A. campestre as one of its parents.
The tree has gained the Royal Horticultural Society's Award of Garden Merit.

Answer: its relatively slow growth


Question: Besides the small size of the tree, what other factor makes the wood of this tree unimportant?

Instruction: Using the provided image, obtain documents that address the subsequent question:

The field maple is widely grown as an ornamental tree in parks and large gardens. The wood is white, hard and strong, and used for furniture, flooring, wood turning and musical instruments, though the small size of the tree and its relatively slow growth make it an unimportant wood. It has an OPALS rating of 7.
It is locally naturalised in parts of the United States and more rarely in New Zealand.
The hybrid maple Acer × zoeschense has A. campestre as one of its parents.
The tree has gained the Royal Horticultural Society's Award of Garden Merit.

Answer: its relatively slow growth


Question: Besides the small size of the tree, what other factor makes the wood of this tree unimportant?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

The field maple is widely grown as an ornamental tree in parks and large gardens. The wood is white, hard and strong, and used for furniture, flooring, wood turning and musical instruments, though the small size of the tree and its relatively slow growth make it an unimportant wood. It has an OPALS rating of 7.
It is locally naturalised in parts of the United States and more rarely in New Zealand.
The hybrid maple Acer × zoeschense has A. campestre as one of its parents.
The tree has gained the Royal Horticultural Society's Award of Garden Merit.

Answer: its relatively slow growth


Question: Besides the small size of the tree, what other factor makes the wood of this tree unimportant?

Instruction: With the provided image, gather documents that offer a solution to the question:

The field maple is widely grown as an ornamental tree in parks and large gardens. The wood is white, hard and strong, and used for furniture, flooring, wood turning and musical instruments, though the small size of the tree and its relatively slow growth make it an unimportant wood. It has an OPALS rating of 7.
It is locally naturalised in parts of the United States and more rarely in New Zealand.
The hybrid maple Acer × zoeschense has A. campestre as one of its parents.
The tree has gained the Royal Horticultural Society's Award of Garden Merit.

Answer: its relatively slow growth


Question: In what direction does the range of this plant go across alabama, mississippi, louisiana, into eastern texas, and into eastern oklahoma?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

The distribution is discontinuous in the Piedmont and Atlantic Coastal Plain from southeastern Virginia southwest across North Carolina, South Carolina and Georgia, as well as into the Florida Panhandle. The range goes farther west across Alabama, Mississippi, Louisiana, into eastern Texas, and north through Arkansas and into eastern Oklahoma. The species also occurs in several isolated locations roughly halfway down the Gulf Coast of the Florida peninsula, and also in at least one location in central Oklahoma. The species is also found in isolated locations of Illinois, Missouri, Tennessee and Kentucky.
The average annual rainfall within the native area ranges from 112 to 163 cm (44 to 64 in). The driest months average no less than 50 mm (2.0 in). The normal temperatures in January within the range vary from 11 to 18 °C (52 to 64 °F) maximum, and from −2 to 7 °C (28 to 45 °F) minimum, whereas in July normal maxima are 29 to 33 °C (84 to 91 °F), and minima are 21 to 24 °C (70 to 75 °F). The tree favours moist, but well-drained fertile soils, especially on stream terrace, in coves, and on adjacent bluffs and ridgetops. It grows best on soils containing calcareous material such as limestone or marl. It also grows well on the densely forested hammocks of Florida, hence its alternative common name hammock maple. It is most often confined to the understory.

Answer: west


Question: In what direction does the range of this plant go across alabama, mississippi, louisiana, into eastern texas, and into eastern oklahoma?

Instruction: With the provided image, gather documents that offer a solution to the question:

The distribution is discontinuous in the Piedmont and Atlantic Coastal Plain from southeastern Virginia southwest across North Carolina, South Carolina and Georgia, as well as into the Florida Panhandle. The range goes farther west across Alabama, Mississippi, Louisiana, into eastern Texas, and north through Arkansas and into eastern Oklahoma. The species also occurs in several isolated locations roughly halfway down the Gulf Coast of the Florida peninsula, and also in at least one location in central Oklahoma. The species is also found in isolated locations of Illinois, Missouri, Tennessee and Kentucky.
The average annual rainfall within the native area ranges from 112 to 163 cm (44 to 64 in). The driest months average no less than 50 mm (2.0 in). The normal temperatures in January within the range vary from 11 to 18 °C (52 to 64 °F) maximum, and from −2 to 7 °C (28 to 45 °F) minimum, whereas in July normal maxima are 29 to 33 °C (84 to 91 °F), and minima are 21 to 24 °C (70 to 75 °F). The tree favours moist, but well-drained fertile soils, especially on stream terrace, in coves, and on adjacent bluffs and ridgetops. It grows best on soils containing calcareous material such as limestone or marl. It also grows well on the densely forested hammocks of Florida, hence its alternative common name hammock maple. It is most often confined to the understory.

Answer: west


Question: In what direction does the range of this plant go across alabama, mississippi, louisiana, into eastern texas, and into eastern oklahoma?

Instruction: Extract documents linked to the question provided in conjunction with the image:

The distribution is discontinuous in the Piedmont and Atlantic Coastal Plain from southeastern Virginia southwest across North Carolina, South Carolina and Georgia, as well as into the Florida Panhandle. The range goes farther west across Alabama, Mississippi, Louisiana, into eastern Texas, and north through Arkansas and into eastern Oklahoma. The species also occurs in several isolated locations roughly halfway down the Gulf Coast of the Florida peninsula, and also in at least one location in central Oklahoma. The species is also found in isolated locations of Illinois, Missouri, Tennessee and Kentucky.
The average annual rainfall within the native area ranges from 112 to 163 cm (44 to 64 in). The driest months average no less than 50 mm (2.0 in). The normal temperatures in January within the range vary from 11 to 18 °C (52 to 64 °F) maximum, and from −2 to 7 °C (28 to 45 °F) minimum, whereas in July normal maxima are 29 to 33 °C (84 to 91 °F), and minima are 21 to 24 °C (70 to 75 °F). The tree favours moist, but well-drained fertile soils, especially on stream terrace, in coves, and on adjacent bluffs and ridgetops. It grows best on soils containing calcareous material such as limestone or marl. It also grows well on the densely forested hammocks of Florida, hence its alternative common name hammock maple. It is most often confined to the understory.

Answer: west


Question: In what direction does the range of this plant go across alabama, mississippi, louisiana, into eastern texas, and into eastern oklahoma?

Instruction: Extract documents linked to the question provided in conjunction with the image:

The distribution is discontinuous in the Piedmont and Atlantic Coastal Plain from southeastern Virginia southwest across North Carolina, South Carolina and Georgia, as well as into the Florida Panhandle. The range goes farther west across Alabama, Mississippi, Louisiana, into eastern Texas, and north through Arkansas and into eastern Oklahoma. The species also occurs in several isolated locations roughly halfway down the Gulf Coast of the Florida peninsula, and also in at least one location in central Oklahoma. The species is also found in isolated locations of Illinois, Missouri, Tennessee and Kentucky.
The average annual rainfall within the native area ranges from 112 to 163 cm (44 to 64 in). The driest months average no less than 50 mm (2.0 in). The normal temperatures in January within the range vary from 11 to 18 °C (52 to 64 °F) maximum, and from −2 to 7 °C (28 to 45 °F) minimum, whereas in July normal maxima are 29 to 33 °C (84 to 91 °F), and minima are 21 to 24 °C (70 to 75 °F). The tree favours moist, but well-drained fertile soils, especially on stream terrace, in coves, and on adjacent bluffs and ridgetops. It grows best on soils containing calcareous material such as limestone or marl. It also grows well on the densely forested hammocks of Florida, hence its alternative common name hammock maple. It is most often confined to the understory.

Answer: west


Question: In what direction does the range of this plant go across alabama, mississippi, louisiana, into eastern texas, and into eastern oklahoma?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

The distribution is discontinuous in the Piedmont and Atlantic Coastal Plain from southeastern Virginia southwest across North Carolina, South Carolina and Georgia, as well as into the Florida Panhandle. The range goes farther west across Alabama, Mississippi, Louisiana, into eastern Texas, and north through Arkansas and into eastern Oklahoma. The species also occurs in several isolated locations roughly halfway down the Gulf Coast of the Florida peninsula, and also in at least one location in central Oklahoma. The species is also found in isolated locations of Illinois, Missouri, Tennessee and Kentucky.
The average annual rainfall within the native area ranges from 112 to 163 cm (44 to 64 in). The driest months average no less than 50 mm (2.0 in). The normal temperatures in January within the range vary from 11 to 18 °C (52 to 64 °F) maximum, and from −2 to 7 °C (28 to 45 °F) minimum, whereas in July normal maxima are 29 to 33 °C (84 to 91 °F), and minima are 21 to 24 °C (70 to 75 °F). The tree favours moist, but well-drained fertile soils, especially on stream terrace, in coves, and on adjacent bluffs and ridgetops. It grows best on soils containing calcareous material such as limestone or marl. It also grows well on the densely forested hammocks of Florida, hence its alternative common name hammock maple. It is most often confined to the understory.

Answer: west


Question: Where does this tree have clear sap?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

Acer saccharum is a deciduous tree normally reaching heights of 25–35 m (80–115 ft), and exceptionally up to 45 m (150 ft). A 10-year-old tree is typically about 5 m (20 ft) tall. As with most trees, forest-grown sugar maples form a much taller trunk and narrower canopy than open-growth ones.
The leaves are deciduous, up to 20 cm (7.9 in) long and wide, palmate, with five lobes and borne in opposite pairs. The basal lobes are relatively small, while the upper lobes are larger and deeply notched. In contrast with the angular notching of the silver maple, however, the notches tend to be rounded at their interior. The fall color is often spectacular, ranging from bright yellow on some trees through orange to fluorescent red-orange on others. Sugar maples also have a tendency to color unevenly in fall. In some trees, all colors above can be seen at the same time. They also share a tendency with red maples for certain parts of a mature tree to change color weeks ahead of or behind the remainder of the tree. The leaf buds are pointy and brown-colored. The recent year's growth twigs are green, and turn dark brown.
The flowers are in panicles of five to ten together, yellow-green and without petals; flowering occurs in early spring after 30–55 growing degree days. The sugar maple will generally begin flowering when it is between 10 and 200 years old. The fruit is a pair of samaras (winged seeds). The seeds are globose, 7–10 mm (9⁄32–13⁄32 in) in diameter, the wing 2–3 cm (3⁄4–1+1⁄4 in) long. The seeds fall from the tree in autumn, where they must be exposed to 45 days of temperatures below 4 °C (39 °F) to break their coating down. Germination of A. saccharum is slow, not taking place until the following spring when the soil has warmed and all frost danger is past.
It is closely related to the black maple, which is sometimes included in this species, but sometimes separated as Acer nigrum. The western American bigtooth maple (Acer grandidentatum) is also treated as a variety or subspecies of sugar maple by some botanists.
The sugar maple can be confused with the Norway maple, which is not native to America but is commonly planted in cities and suburbs, and they are not closely related within the genus. The sugar maple is most easily identified by clear sap in the leaf petiole (the Norway maple has white sap), brown, sharp-tipped buds (the Norway maple has blunt, green or reddish-purple buds), and shaggy bark on older trees (the Norway maple bark has small grooves). Also, the leaf lobes of the sugar maple have a more triangular shape, in contrast to the squarish lobes of the Norway maple.
Although many people think a red sugar maple leaf is featured on the flag of Canada, the official maple leaf does not belong to any particular maple species; although it perhaps most closely resembles a sugar maple leaf of all the maple species in Canada, the leaf on the flag was specially designed to be as identifiable as possible on a flag waving in the wind without regard to whether it resembled a particular species' foliage.

Answer: leaf petiole


Question: Where does this tree have clear sap?

Instruction: With the provided image, gather documents that offer a solution to the question:

Acer saccharum is a deciduous tree normally reaching heights of 25–35 m (80–115 ft), and exceptionally up to 45 m (150 ft). A 10-year-old tree is typically about 5 m (20 ft) tall. As with most trees, forest-grown sugar maples form a much taller trunk and narrower canopy than open-growth ones.
The leaves are deciduous, up to 20 cm (7.9 in) long and wide, palmate, with five lobes and borne in opposite pairs. The basal lobes are relatively small, while the upper lobes are larger and deeply notched. In contrast with the angular notching of the silver maple, however, the notches tend to be rounded at their interior. The fall color is often spectacular, ranging from bright yellow on some trees through orange to fluorescent red-orange on others. Sugar maples also have a tendency to color unevenly in fall. In some trees, all colors above can be seen at the same time. They also share a tendency with red maples for certain parts of a mature tree to change color weeks ahead of or behind the remainder of the tree. The leaf buds are pointy and brown-colored. The recent year's growth twigs are green, and turn dark brown.
The flowers are in panicles of five to ten together, yellow-green and without petals; flowering occurs in early spring after 30–55 growing degree days. The sugar maple will generally begin flowering when it is between 10 and 200 years old. The fruit is a pair of samaras (winged seeds). The seeds are globose, 7–10 mm (9⁄32–13⁄32 in) in diameter, the wing 2–3 cm (3⁄4–1+1⁄4 in) long. The seeds fall from the tree in autumn, where they must be exposed to 45 days of temperatures below 4 °C (39 °F) to break their coating down. Germination of A. saccharum is slow, not taking place until the following spring when the soil has warmed and all frost danger is past.
It is closely related to the black maple, which is sometimes included in this species, but sometimes separated as Acer nigrum. The western American bigtooth maple (Acer grandidentatum) is also treated as a variety or subspecies of sugar maple by some botanists.
The sugar maple can be confused with the Norway maple, which is not native to America but is commonly planted in cities and suburbs, and they are not closely related within the genus. The sugar maple is most easily identified by clear sap in the leaf petiole (the Norway maple has white sap), brown, sharp-tipped buds (the Norway maple has blunt, green or reddish-purple buds), and shaggy bark on older trees (the Norway maple bark has small grooves). Also, the leaf lobes of the sugar maple have a more triangular shape, in contrast to the squarish lobes of the Norway maple.
Although many people think a red sugar maple leaf is featured on the flag of Canada, the official maple leaf does not belong to any particular maple species; although it perhaps most closely resembles a sugar maple leaf of all the maple species in Canada, the leaf on the flag was specially designed to be as identifiable as possible on a flag waving in the wind without regard to whether it resembled a particular species' foliage.

Answer: leaf petiole


Question: Where does this tree have clear sap?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

Acer saccharum is a deciduous tree normally reaching heights of 25–35 m (80–115 ft), and exceptionally up to 45 m (150 ft). A 10-year-old tree is typically about 5 m (20 ft) tall. As with most trees, forest-grown sugar maples form a much taller trunk and narrower canopy than open-growth ones.
The leaves are deciduous, up to 20 cm (7.9 in) long and wide, palmate, with five lobes and borne in opposite pairs. The basal lobes are relatively small, while the upper lobes are larger and deeply notched. In contrast with the angular notching of the silver maple, however, the notches tend to be rounded at their interior. The fall color is often spectacular, ranging from bright yellow on some trees through orange to fluorescent red-orange on others. Sugar maples also have a tendency to color unevenly in fall. In some trees, all colors above can be seen at the same time. They also share a tendency with red maples for certain parts of a mature tree to change color weeks ahead of or behind the remainder of the tree. The leaf buds are pointy and brown-colored. The recent year's growth twigs are green, and turn dark brown.
The flowers are in panicles of five to ten together, yellow-green and without petals; flowering occurs in early spring after 30–55 growing degree days. The sugar maple will generally begin flowering when it is between 10 and 200 years old. The fruit is a pair of samaras (winged seeds). The seeds are globose, 7–10 mm (9⁄32–13⁄32 in) in diameter, the wing 2–3 cm (3⁄4–1+1⁄4 in) long. The seeds fall from the tree in autumn, where they must be exposed to 45 days of temperatures below 4 °C (39 °F) to break their coating down. Germination of A. saccharum is slow, not taking place until the following spring when the soil has warmed and all frost danger is past.
It is closely related to the black maple, which is sometimes included in this species, but sometimes separated as Acer nigrum. The western American bigtooth maple (Acer grandidentatum) is also treated as a variety or subspecies of sugar maple by some botanists.
The sugar maple can be confused with the Norway maple, which is not native to America but is commonly planted in cities and suburbs, and they are not closely related within the genus. The sugar maple is most easily identified by clear sap in the leaf petiole (the Norway maple has white sap), brown, sharp-tipped buds (the Norway maple has blunt, green or reddish-purple buds), and shaggy bark on older trees (the Norway maple bark has small grooves). Also, the leaf lobes of the sugar maple have a more triangular shape, in contrast to the squarish lobes of the Norway maple.
Although many people think a red sugar maple leaf is featured on the flag of Canada, the official maple leaf does not belong to any particular maple species; although it perhaps most closely resembles a sugar maple leaf of all the maple species in Canada, the leaf on the flag was specially designed to be as identifiable as possible on a flag waving in the wind without regard to whether it resembled a particular species' foliage.

Answer: leaf petiole


Question: Where does this tree have clear sap?

Instruction: Using the provided image, obtain documents that address the subsequent question:

Acer saccharum is a deciduous tree normally reaching heights of 25–35 m (80–115 ft), and exceptionally up to 45 m (150 ft). A 10-year-old tree is typically about 5 m (20 ft) tall. As with most trees, forest-grown sugar maples form a much taller trunk and narrower canopy than open-growth ones.
The leaves are deciduous, up to 20 cm (7.9 in) long and wide, palmate, with five lobes and borne in opposite pairs. The basal lobes are relatively small, while the upper lobes are larger and deeply notched. In contrast with the angular notching of the silver maple, however, the notches tend to be rounded at their interior. The fall color is often spectacular, ranging from bright yellow on some trees through orange to fluorescent red-orange on others. Sugar maples also have a tendency to color unevenly in fall. In some trees, all colors above can be seen at the same time. They also share a tendency with red maples for certain parts of a mature tree to change color weeks ahead of or behind the remainder of the tree. The leaf buds are pointy and brown-colored. The recent year's growth twigs are green, and turn dark brown.
The flowers are in panicles of five to ten together, yellow-green and without petals; flowering occurs in early spring after 30–55 growing degree days. The sugar maple will generally begin flowering when it is between 10 and 200 years old. The fruit is a pair of samaras (winged seeds). The seeds are globose, 7–10 mm (9⁄32–13⁄32 in) in diameter, the wing 2–3 cm (3⁄4–1+1⁄4 in) long. The seeds fall from the tree in autumn, where they must be exposed to 45 days of temperatures below 4 °C (39 °F) to break their coating down. Germination of A. saccharum is slow, not taking place until the following spring when the soil has warmed and all frost danger is past.
It is closely related to the black maple, which is sometimes included in this species, but sometimes separated as Acer nigrum. The western American bigtooth maple (Acer grandidentatum) is also treated as a variety or subspecies of sugar maple by some botanists.
The sugar maple can be confused with the Norway maple, which is not native to America but is commonly planted in cities and suburbs, and they are not closely related within the genus. The sugar maple is most easily identified by clear sap in the leaf petiole (the Norway maple has white sap), brown, sharp-tipped buds (the Norway maple has blunt, green or reddish-purple buds), and shaggy bark on older trees (the Norway maple bark has small grooves). Also, the leaf lobes of the sugar maple have a more triangular shape, in contrast to the squarish lobes of the Norway maple.
Although many people think a red sugar maple leaf is featured on the flag of Canada, the official maple leaf does not belong to any particular maple species; although it perhaps most closely resembles a sugar maple leaf of all the maple species in Canada, the leaf on the flag was specially designed to be as identifiable as possible on a flag waving in the wind without regard to whether it resembled a particular species' foliage.

Answer: leaf petiole