The limitations or shortcomings of their study are given below, followed by explanations. - Plant roots not collected to examine evidence for heat damage from adjacent clay minerals.
- Not enough samples were collected and analyzed to overcome uncertainty.
- Results from one crop formation are not enough to validate conclusions.
- Their report does not reference clay mineral studies that show clay mineral alteration due to heating.
- Their report does not reference clay mineral studies that show why statistics are needed for Kubler Index analysis.
- Their report was not published in a peer-reviewed journal.
1. Only the aerial portion of the plants collected were studied. No roots were taken and examined for damage due to heating or other causes. Root tips are the fastest growing portions of plants, and the most sensitive to damage from heat. Soil samples were taken only as deep as 1/2 inch, which would have been above most roots and root tips. A second set of soil samples with roots should have been collected to show if the clay mineral effects are limited to the top of the soil, or penetrated down as far as the root tips. Damaged root tips would be a secondary method of verification that clay samples experienced extreme although temporary (flash) heating. 2. More sampling is needed, since 83 soil samples are not enough to assure skeptics that another 50-100 samples wouldn't have changed the statistical results. Even if money to process only 83 samples could be obtained, additional samples should have been collected and stored as backup for later study, especially by another laboratory. Because nine samples were lost in the mail, a backup set of samples would have provided replacements. 3. Because a significant number of crop formations have been hoaxed, it is important to show that the results obtained for the 1999 Edmonton crop formation can be reproduced in unhoaxed formations, and also show that similar results cannot be obtained from hoaxed formations. This report and study should be regarded as a pilot study that indicates scientifically valid and important information can be obtained in larger studies. With more comprehensive sampling, questions raised in this review could be answered. 4. Information from other relevant studies needs to be added, along with references, when this study is published in a peer-reviewed scientific journal. It is important to show that only through heating to high temperatures do clay minerals change crystallization characteristics. 5. Information from other relevant studies needs to be added, along with references, when this study is published in a peer-review scientific journal. It is important to show that statistics are needed to detect clay mineral changes in laboratory experiments, and that these changes correspond with what is found in nature. 6. To gain recognition, consideration through peer debate, and ultimate acceptance in the scientific community, this study must be published in a peer-reviewed scientific journal. Source |