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El helecho trepador japonés es una enredadera invasiva no nativa de los Estados Unidos (EEUU) que fue introducida aproximadamente en 1900. Este helecho se ha establecido a lo largo de la llanura costera del sudeste de los EEUU desde los estados de Norte y Sur Carolinas hasta Texas y Arkansas. El helecho trepador japonés es nativo de Asia, en particular Japón así como al oeste de la cordillera de los Himalayas. El área de establecimiento se ha expandido desde la región de la costa del Golfo de México incluyendo TX, AR, LA, MS, AL, FL, GA, SC, NC, y PA. En Florida, el helecho trepador japonés está ampliamente distribuido en el norte y al oeste del estado, mientras que en la parte centro-sur su abundancia es variable. Este helecho está adaptado a lugares soleados o con sombra, y por lo general se localiza en suelos húmedos como los bordes de los pantanos, lagos, arroyos y bosques de tierras altas. This revised 6-page fact sheet was written by Elsa D. Chevasco, Patrick J. Minogue, Kimberly K. Bohn, and Francisco Escobedo, and published by the UF Department of School of Forest Resources and Conservation, November 2016. FOR282/FR344: Control y Biología del Helecho Trepador Japonés (Lygodium japonicum) (ufl.edu)

El helecho trepador japonés es una enredadera invasiva no nativa de los Estados Unidos (EEUU) que fue introducida aproximadamente en 1900. Este helecho se ha establecido a lo largo de la llanura costera del sudeste de los EEUU desde los estados de Norte y Sur Carolinas hasta Texas y Arkansas. El helecho trepador japonés es nativo de Asia, en particular Japón así como al oeste de la cordillera de los Himalayas. El área de establecimiento se ha expandido desde la región de la costa del Golfo de México incluyendo TX, AR, LA, MS, AL, FL, GA, SC, NC, y PA. En Florida, el helecho trepador japonés está ampliamente distribuido en el norte y al oeste del estado, mientras que en la parte centro-sur su abundancia es variable. Este helecho está adaptado a lugares soleados o con sombra, y por lo general se localiza en suelos húmedos como los bordes de los pantanos, lagos, arroyos y bosques de tierras altas. This revised 6-page fact sheet was written by Elsa D. Chevasco, Patrick J. Minogue, Kimberly K. Bohn, and Francisco Escobedo, and published by the UF Department of School of Forest Resources and Conservation, November 2016. FOR282/FR344: Control y Biología del Helecho Trepador Japonés (Lygodium japonicum) (ufl.edu)

El helecho trepador japonés es una enredadera invasiva no nativa de los Estados Unidos (EEUU) que fue introducida aproximadamente en 1900. Este helecho se ha establecido a lo largo de la llanura costera del sudeste de los EEUU desde los estados de Norte y Sur Carolinas hasta Texas y Arkansas. El helecho trepador japonés es nativo de Asia, en particular Japón así como al oeste de la cordillera de los Himalayas. El área de establecimiento se ha expandido desde la región de la costa del Golfo de México incluyendo TX, AR, LA, MS, AL, FL, GA, SC, NC, y PA. En Florida, el helecho trepador japonés está ampliamente distribuido en el norte y al oeste del estado, mientras que en la parte centro-sur su abundancia es variable. Este helecho está adaptado a lugares soleados o con sombra, y por lo general se localiza en suelos húmedos como los bordes de los pantanos, lagos, arroyos y bosques de tierras altas. This revised 6-page fact sheet was written by Elsa D. Chevasco, Patrick J. Minogue, Kimberly K. Bohn, and Francisco Escobedo, and published by the UF Department of School of Forest Resources and Conservation, November 2016. FOR282/FR344: Control y Biología del Helecho Trepador Japonés (Lygodium japonicum) (ufl.edu)

Pine straw has gained popularity as a mulch for residential and commercial landscaping in urban and suburban areas. It is attractive, relatively low-cost, and easy to work with. Best of all, it performs well in all kinds of locations–including those difficult-to-mulch slopes! Pine straw is perfect for water-efficient landscaping (xeriscaping), an increasingly popular choice for environmentally conscious landscapers. Thanks to the growing popularity of this natural mulch material, pine straw production has quickly become an important Florida industry. Regularly removing pine straw from pine stands is not without consequences, however; the loss of the cover and nutrients pine straw provides can reduce the productivity of the pine forest. Proper fertilization and harvest techniques are crucial to maintain the viability of the new industry and traditional pine industries alike. This 12-page guide explains how to fertilize wisely to offset the effects of pine straw removal and maintain the viability of pine plantations. Written by Anna Osiecka, Patrick J. Minogue, and E. David Dickens, and published by the School of Forest Resources and Conservation, December 2015. FOR327/FR395: Guide to Fertilization for Pine Straw Production on Coastal Plain Sites (ufl.edu)

Pine straw has gained popularity as a mulch for residential and commercial landscaping in urban and suburban areas. It is attractive, relatively low-cost, and easy to work with. Best of all, it performs well in all kinds of locations–including those difficult-to-mulch slopes! Pine straw is perfect for water-efficient landscaping (xeriscaping), an increasingly popular choice for environmentally conscious landscapers. Thanks to the growing popularity of this natural mulch material, pine straw production has quickly become an important Florida industry. Regularly removing pine straw from pine stands is not without consequences, however; the loss of the cover and nutrients pine straw provides can reduce the productivity of the pine forest. Proper fertilization and harvest techniques are crucial to maintain the viability of the new industry and traditional pine industries alike. This 12-page guide explains how to fertilize wisely to offset the effects of pine straw removal and maintain the viability of pine plantations. Written by Anna Osiecka, Patrick J. Minogue, and E. David Dickens, and published by the School of Forest Resources and Conservation, December 2015. FOR327/FR395: Guide to Fertilization for Pine Straw Production on Coastal Plain Sites (ufl.edu)

Pine straw has gained popularity as a mulch for residential and commercial landscaping in urban and suburban areas. It is attractive, relatively low-cost, and easy to work with. Best of all, it performs well in all kinds of locations–including those difficult-to-mulch slopes! Pine straw is perfect for water-efficient landscaping (xeriscaping), an increasingly popular choice for environmentally conscious landscapers. Thanks to the growing popularity of this natural mulch material, pine straw production has quickly become an important Florida industry. Regularly removing pine straw from pine stands is not without consequences, however; the loss of the cover and nutrients pine straw provides can reduce the productivity of the pine forest. Proper fertilization and harvest techniques are crucial to maintain the viability of the new industry and traditional pine industries alike. This 12-page guide explains how to fertilize wisely to offset the effects of pine straw removal and maintain the viability of pine plantations. Written by Anna Osiecka, Patrick J. Minogue, and E. David Dickens, and published by the School of Forest Resources and Conservation, December 2015. FOR327/FR395: Guide to Fertilization for Pine Straw Production on Coastal Plain Sites (ufl.edu)

The effectiveness and safe use of herbicides registered for forest vegetation management in Florida requires developing site-specific herbicide prescriptions made with careful consideration of site factors and knowledge of the chemical and physical properties of herbicides and their effects on biological systems. This 9-page fact sheet was written by Anna Osiecka and Patrick J. Minogue, and published by the UF Department of School of Forest Resources and Conservation, May 2011. FOR283/FR345: Forest Herbicide Characteristics (ufl.edu)

The effectiveness and safe use of herbicides registered for forest vegetation management in Florida requires developing site-specific herbicide prescriptions made with careful consideration of site factors and knowledge of the chemical and physical properties of herbicides and their effects on biological systems. This 9-page fact sheet was written by Anna Osiecka and Patrick J. Minogue, and published by the UF Department of School of Forest Resources and Conservation, May 2011. FOR283/FR345: Forest Herbicide Characteristics (ufl.edu)

The effectiveness and safe use of herbicides registered for forest vegetation management in Florida requires developing site-specific herbicide prescriptions made with careful consideration of site factors and knowledge of the chemical and physical properties of herbicides and their effects on biological systems. This 9-page fact sheet was written by Anna Osiecka and Patrick J. Minogue, and published by the UF Department of School of Forest Resources and Conservation, May 2011. FOR283/FR345: Forest Herbicide Characteristics (ufl.edu)

This 7-page Spanish-language fact sheet describes this non-native, invasive vine which is widespread in damp areas in North and West Florida — its biology and control measures. Written by Patrick J. Minogue, Daniela Chevasco, Francisco Escobedo, and Kimberly K. Bohn and published by the UF Department of School of Forest Resources and Conservation, December 2010. FOR282/FR344: Control y Biología del Helecho Trepador Japonés (Lygodium japonicum) (ufl.edu)

This 7-page Spanish-language fact sheet describes this non-native, invasive vine which is widespread in damp areas in North and West Florida — its biology and control measures. Written by Patrick J. Minogue, Daniela Chevasco, Francisco Escobedo, and Kimberly K. Bohn and published by the UF Department of School of Forest Resources and Conservation, December 2010. FOR282/FR344: Control y Biología del Helecho Trepador Japonés (Lygodium japonicum) (ufl.edu)

This 7-page Spanish-language fact sheet describes this non-native, invasive vine which is widespread in damp areas in North and West Florida — its biology and control measures. Written by Patrick J. Minogue, Daniela Chevasco, Francisco Escobedo, and Kimberly K. Bohn and published by the UF Department of School of Forest Resources and Conservation, December 2010. FOR282/FR344: Control y Biología del Helecho Trepador Japonés (Lygodium japonicum) (ufl.edu)

FOR-218, a 7-page illustrated fact sheet by Patrick J. Minogue, Stella Jones, Kimberly K. Bohn, and Rick L. Williams, describes this non-native, invasive vine which is widespread in damp areas in north and West Florida — its biology and control measures. Includes references. Published by the UF School of Forest Resources and Conservation, May 2009. FOR 218/FR280: Biology and Control of Japanese Climbing Fern (Lygodium japonicum) (ufl.edu)

FOR-218, a 7-page illustrated fact sheet by Patrick J. Minogue, Stella Jones, Kimberly K. Bohn, and Rick L. Williams, describes this non-native, invasive vine which is widespread in damp areas in north and West Florida — its biology and control measures. Includes references. Published by the UF School of Forest Resources and Conservation, May 2009. FOR 218/FR280: Biology and Control of Japanese Climbing Fern (Lygodium japonicum) (ufl.edu)

FOR-218, a 7-page illustrated fact sheet by Patrick J. Minogue, Stella Jones, Kimberly K. Bohn, and Rick L. Williams, describes this non-native, invasive vine which is widespread in damp areas in north and West Florida — its biology and control measures. Includes references. Published by the UF School of Forest Resources and Conservation, May 2009. FOR 218/FR280: Biology and Control of Japanese Climbing Fern (Lygodium japonicum) (ufl.edu)

WEC-249, a 5-page illustrated fact sheet by Holly K. Ober and Patrick J. Minogue, describes the reasons homeowners should consider planting oaks, how to select the right oak species for a given site, and how to improve wildlife habitat in established stands. Includes sources of additional information. Published by the UF Department of Wildlife Ecology and Conservation, August 2008. WEC249/UW293: Managing Oaks to Produce Food for Wildlife (ufl.edu)

WEC-249, a 5-page illustrated fact sheet by Holly K. Ober and Patrick J. Minogue, describes the reasons homeowners should consider planting oaks, how to select the right oak species for a given site, and how to improve wildlife habitat in established stands. Includes sources of additional information. Published by the UF Department of Wildlife Ecology and Conservation, August 2008. WEC249/UW293: Managing Oaks to Produce Food for Wildlife (ufl.edu)

WEC-249, a 5-page illustrated fact sheet by Holly K. Ober and Patrick J. Minogue, describes the reasons homeowners should consider planting oaks, how to select the right oak species for a given site, and how to improve wildlife habitat in established stands. Includes sources of additional information. Published by the UF Department of Wildlife Ecology and Conservation, August 2008. WEC249/UW293: Managing Oaks to Produce Food for Wildlife (ufl.edu)

FOR-191, a 3-page illustrated fact sheet by Rick Williams and Patrick J. Minogue, describes the biology and management strategies for this noxious weed native to warm regions of southeast Asia that can cause loss of productive forest areas, hinder forest activities and severely degrade wildlife habitat by replacing native plants. Includes references. Published by the UF School of Forest Resources and Conservation, May 2008.

FOR-191, a 3-page illustrated fact sheet by Rick Williams and Patrick J. Minogue, describes the biology and management strategies for this noxious weed native to warm regions of southeast Asia that can cause loss of productive forest areas, hinder forest activities and severely degrade wildlife habitat by replacing native plants. Includes references. Published by the UF School of Forest Resources and Conservation, May 2008.

FOR-191, a 3-page illustrated fact sheet by Rick Williams and Patrick J. Minogue, describes the biology and management strategies for this noxious weed native to warm regions of southeast Asia that can cause loss of productive forest areas, hinder forest activities and severely degrade wildlife habitat by replacing native plants. Includes references. Published by the UF School of Forest Resources and Conservation, May 2008.

FOR-125, a 5-page illustrated fact sheet by Patrick J. Minogue, Kimberly Bohn, and Rick Williams, details tools available to manage hardwoods in longleaf stands. Includes references. Published by the UF School of Forest Resources and Conservation, August 2007.

WEC238, a 6-page illustrated fact sheet by Holly K. Ober and Patrick J. Minogue, explains how snags, logs, and brush piles provide important resources for wildlife, how these habitat elements can be created, and how much dead wood to provide. Includes references. Published by the UF Department of Wildlife Ecology and Conservation, July 2007. WEC238/UW277: Dead Wood: Key to Enhancing Wildlife Diversity in Forests (ufl.edu)

FOR-125, a 5-page illustrated fact sheet by Patrick J. Minogue, Kimberly Bohn, and Rick Williams, details tools available to manage hardwoods in longleaf stands. Includes references. Published by the UF School of Forest Resources and Conservation, August 2007.

WEC238, a 6-page illustrated fact sheet by Holly K. Ober and Patrick J. Minogue, explains how snags, logs, and brush piles provide important resources for wildlife, how these habitat elements can be created, and how much dead wood to provide. Includes references. Published by the UF Department of Wildlife Ecology and Conservation, July 2007. WEC238/UW277: Dead Wood: Key to Enhancing Wildlife Diversity in Forests (ufl.edu)

FOR-125, a 5-page illustrated fact sheet by Patrick J. Minogue, Kimberly Bohn, and Rick Williams, details tools available to manage hardwoods in longleaf stands. Includes references. Published by the UF School of Forest Resources and Conservation, August 2007.

WEC238, a 6-page illustrated fact sheet by Holly K. Ober and Patrick J. Minogue, explains how snags, logs, and brush piles provide important resources for wildlife, how these habitat elements can be created, and how much dead wood to provide. Includes references. Published by the UF Department of Wildlife Ecology and Conservation, July 2007. WEC238/UW277: Dead Wood: Key to Enhancing Wildlife Diversity in Forests (ufl.edu)