Quantification of termite attack on lying dead wood by a line intersection method in the Kabili-Sepilok Forest Reserve, Sabah, Malaysia

Lene Berge, David E. Bignell, Homathevi Rahman, David Francis Robert Philip Burslem

Research output: Contribution to journalArticle

Abstract

1. A line intersection method was used to estimate abundance (technically linear abundance: m(1) m(-2)), biovolume (m(3) ha(-1)) and size class distribution (defined by diameter) of lying dead wood in tropical forest. Additional semi-quantitative protocols assessed decay state (4 classes), termite attack (5 classes) and live termite occupancy (3 classes).

2. Three forest types (kerangas, alluvial and sandstone) were sampled in the Kabili-Sepilok Forest Reserve of Eastern Sabah, using plots of 30 x 30 m. Approximately 50 man-hours were required per site, at a replication of three plots per site and three well-separated sites per forest type.

3. Mean biovolume of lying dead wood exceeded 8 x 103 m3 ha(-1) in kerangas (= heath) forest, with lower values in other types. Large items (> 19 cm diameter) were less than 10% of total abundance, but represented the largest biovolume, exceeding (alluvial) or equalling (kerangas) the total biovolumes of smaller categories combined. Most items (not less than 75%) were present as small wood (< 10 cm diameter). Items in the highest decay class had the highest biovolume.

4. Termite attack was greater in the kerangas, where nearly 90% of items showed evidence of consumption, compared with 58% in the alluvial and 40% in the sandstone forests. Over 40% of items in the kerangas contained live termites compared with 25% in the alluvial and 15% in the sandstone. Items in the highest attack class (= almost total internal destruction) represented about one-half of the total biovolume available in the alluvial and kerangas forest types, and about one-third in the sandstone.

Original languageEnglish
Pages (from-to)85-94
Number of pages10
JournalInsect Conservation and Diversity
Volume1
Issue number2
Early online date4 Mar 2008
DOIs
Publication statusPublished - 9 May 2008

Keywords

  • Comminution
  • dead wood
  • decay
  • line intersection
  • live occupancy
  • rapid assessment
  • termite attack
  • termites
  • Tropical forest
  • rain-forest
  • litter
  • decomposition
  • ecosystem
  • assemblages
  • disturbance
  • diversity
  • Cameroon
  • biomass

Cite this

Quantification of termite attack on lying dead wood by a line intersection method in the Kabili-Sepilok Forest Reserve, Sabah, Malaysia. / Berge, Lene; Bignell, David E.; Rahman, Homathevi; Burslem, David Francis Robert Philip.

In: Insect Conservation and Diversity, Vol. 1, No. 2, 09.05.2008, p. 85-94.

Research output: Contribution to journalArticle

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abstract = "1. A line intersection method was used to estimate abundance (technically linear abundance: m(1) m(-2)), biovolume (m(3) ha(-1)) and size class distribution (defined by diameter) of lying dead wood in tropical forest. Additional semi-quantitative protocols assessed decay state (4 classes), termite attack (5 classes) and live termite occupancy (3 classes).2. Three forest types (kerangas, alluvial and sandstone) were sampled in the Kabili-Sepilok Forest Reserve of Eastern Sabah, using plots of 30 x 30 m. Approximately 50 man-hours were required per site, at a replication of three plots per site and three well-separated sites per forest type.3. Mean biovolume of lying dead wood exceeded 8 x 103 m3 ha(-1) in kerangas (= heath) forest, with lower values in other types. Large items (> 19 cm diameter) were less than 10{\%} of total abundance, but represented the largest biovolume, exceeding (alluvial) or equalling (kerangas) the total biovolumes of smaller categories combined. Most items (not less than 75{\%}) were present as small wood (< 10 cm diameter). Items in the highest decay class had the highest biovolume.4. Termite attack was greater in the kerangas, where nearly 90{\%} of items showed evidence of consumption, compared with 58{\%} in the alluvial and 40{\%} in the sandstone forests. Over 40{\%} of items in the kerangas contained live termites compared with 25{\%} in the alluvial and 15{\%} in the sandstone. Items in the highest attack class (= almost total internal destruction) represented about one-half of the total biovolume available in the alluvial and kerangas forest types, and about one-third in the sandstone.",
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AU - Burslem, David Francis Robert Philip

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N2 - 1. A line intersection method was used to estimate abundance (technically linear abundance: m(1) m(-2)), biovolume (m(3) ha(-1)) and size class distribution (defined by diameter) of lying dead wood in tropical forest. Additional semi-quantitative protocols assessed decay state (4 classes), termite attack (5 classes) and live termite occupancy (3 classes).2. Three forest types (kerangas, alluvial and sandstone) were sampled in the Kabili-Sepilok Forest Reserve of Eastern Sabah, using plots of 30 x 30 m. Approximately 50 man-hours were required per site, at a replication of three plots per site and three well-separated sites per forest type.3. Mean biovolume of lying dead wood exceeded 8 x 103 m3 ha(-1) in kerangas (= heath) forest, with lower values in other types. Large items (> 19 cm diameter) were less than 10% of total abundance, but represented the largest biovolume, exceeding (alluvial) or equalling (kerangas) the total biovolumes of smaller categories combined. Most items (not less than 75%) were present as small wood (< 10 cm diameter). Items in the highest decay class had the highest biovolume.4. Termite attack was greater in the kerangas, where nearly 90% of items showed evidence of consumption, compared with 58% in the alluvial and 40% in the sandstone forests. Over 40% of items in the kerangas contained live termites compared with 25% in the alluvial and 15% in the sandstone. Items in the highest attack class (= almost total internal destruction) represented about one-half of the total biovolume available in the alluvial and kerangas forest types, and about one-third in the sandstone.

AB - 1. A line intersection method was used to estimate abundance (technically linear abundance: m(1) m(-2)), biovolume (m(3) ha(-1)) and size class distribution (defined by diameter) of lying dead wood in tropical forest. Additional semi-quantitative protocols assessed decay state (4 classes), termite attack (5 classes) and live termite occupancy (3 classes).2. Three forest types (kerangas, alluvial and sandstone) were sampled in the Kabili-Sepilok Forest Reserve of Eastern Sabah, using plots of 30 x 30 m. Approximately 50 man-hours were required per site, at a replication of three plots per site and three well-separated sites per forest type.3. Mean biovolume of lying dead wood exceeded 8 x 103 m3 ha(-1) in kerangas (= heath) forest, with lower values in other types. Large items (> 19 cm diameter) were less than 10% of total abundance, but represented the largest biovolume, exceeding (alluvial) or equalling (kerangas) the total biovolumes of smaller categories combined. Most items (not less than 75%) were present as small wood (< 10 cm diameter). Items in the highest decay class had the highest biovolume.4. Termite attack was greater in the kerangas, where nearly 90% of items showed evidence of consumption, compared with 58% in the alluvial and 40% in the sandstone forests. Over 40% of items in the kerangas contained live termites compared with 25% in the alluvial and 15% in the sandstone. Items in the highest attack class (= almost total internal destruction) represented about one-half of the total biovolume available in the alluvial and kerangas forest types, and about one-third in the sandstone.

KW - Comminution

KW - dead wood

KW - decay

KW - line intersection

KW - live occupancy

KW - rapid assessment

KW - termite attack

KW - termites

KW - Tropical forest

KW - rain-forest

KW - litter

KW - decomposition

KW - ecosystem

KW - assemblages

KW - disturbance

KW - diversity

KW - Cameroon

KW - biomass

U2 - 10.1111/j.1752-4598.2007.00010.x

DO - 10.1111/j.1752-4598.2007.00010.x

M3 - Article

VL - 1

SP - 85

EP - 94

JO - Insect Conservation and Diversity

JF - Insect Conservation and Diversity

SN - 1752-458X

IS - 2

ER -