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Tuatara: Volume 30, Issue 1, December 1988

Fig. 1Photomicrograph ofCannabis (cannabis). These pollen grains are often found associated with hashish (cannabis oil and resin), in soils close to groves of flowering cannabis, and on the clothes of people cultivating cannabis plants. X 1000. — Fig. 2. Photomicrograph of Artemisia (sage brush). The pollen grains are often found associated with imported hashish. X 1000. — Fig. 3. Photomicrograph of Impatiens (balsam or water fuchsia). These pollen types suggest a tropical or northern hemispher…

Fig. 1Photomicrograph ofCannabis (cannabis). These pollen grains are often found associated with hashish (cannabis oil and resin), in soils close to groves of flowering cannabis, and on the clothes of people cultivating cannabis plants. X 1000. Fig. 2. Photomicrograph of Artemisia (sage brush). The pollen grains are often found associated with imported hashish. X 1000. Fig. 3. Photomicrograph of Impatiens (balsam or water fuchsia). These pollen types suggest a tropical or northern hemisphere source for imported drugs. X1000. Fig. 4. Photomicrograph of Foeniculum (fennel). A pollen type found regularly in forensic palynological samples. X 1000. Fig. 5. Photomicrograph of Salix (willow). A pollen type found regularly in forensic palynological samples. X 1000. Fig. 6. Photomicrograph of Ribes (gooseberry). These pollen types were found in surface samples around and underneath a body, but were not found on mud on top of the body. This, along with other evidence, proved that the mud on the body came from some other source, and that the body, along with the mud, had been taken to the site after death. X 1000. Fig. 7. Photomicrograph of Alnus (alder). These pollen types are often found in drugs and other items imported from the northern hemisphere. X 1000. Fig. 8. Photomicrograph of Eucalyptus (eucalypt). These pollen types are very common in forensic samples. X 1000. Fig. 9. Photomicrograph of Acacia (wattle). These pollen types are thought to disperse only short distances from the parent plant. Therefore their presence in forensic palynological samples indicates that the tree occurs close by the source of the samples. Such evidence can assist towards sourcing items to particular sites, and this pollen type, along with other evidence, assisted in sourcing the stolen deer velvet to Ohinepaka Station. X 1000. Fig. 10. Photomicrograph of Juglans (walnut). These pollen types have assisted towards sourcing forensic palynological samples by suggesting that sites lacking in walnut trees could not have been the source. This, along with other evidence, assisted in sourcing the stolen deer velvet to Ohinepaka Station. X 1000.

Fig. 1Photomicrograph ofCannabis (cannabis). These pollen grains are often found associated with hashish (cannabis oil and resin), in soils close to groves of flowering cannabis, and on the clothes of people cultivating cannabis plants. X 1000.
Fig. 2. Photomicrograph of Artemisia (sage brush). The pollen grains are often found associated with imported hashish. X 1000.
Fig. 3. Photomicrograph of Impatiens (balsam or water fuchsia). These pollen types suggest a tropical or northern hemisphere source for imported drugs. X1000.
Fig. 4. Photomicrograph of Foeniculum (fennel). A pollen type found regularly in forensic palynological samples. X 1000.
Fig. 5. Photomicrograph of Salix (willow). A pollen type found regularly in forensic palynological samples. X 1000.
Fig. 6. Photomicrograph of Ribes (gooseberry). These pollen types were found in surface samples around and underneath a body, but were not found on mud on top of the body. This, along with other evidence, proved that the mud on the body came from some other source, and that the body, along with the mud, had been taken to the site after death. X 1000.
Fig. 7. Photomicrograph of Alnus (alder). These pollen types are often found in drugs and other items imported from the northern hemisphere. X 1000.
Fig. 8. Photomicrograph of Eucalyptus (eucalypt). These pollen types are very common in forensic samples. X 1000.
Fig. 9. Photomicrograph of Acacia (wattle). These pollen types are thought to disperse only short distances from the parent plant. Therefore their presence in forensic palynological samples indicates that the tree occurs close by the source of the samples. Such evidence can assist towards sourcing items to particular sites, and this pollen type, along with other evidence, assisted in sourcing the stolen deer velvet to Ohinepaka Station. X 1000.
Fig. 10. Photomicrograph of Juglans (walnut). These pollen types have assisted towards sourcing forensic palynological samples by suggesting that sites lacking in walnut trees could not have been the source. This, along with other evidence, assisted in sourcing the stolen deer velvet to Ohinepaka Station. X 1000.