闽南山地卷荚相思家系造林试验

为了筛选出适合闽南北部山地栽培的优良卷荚相思家系,华安金山国有林场优选9个卷荚相思家系进行造林试验,对不同家系林分的生长性状、适应性和抗逆性进行对比分析。结果表明,参试家系均表现出较强的抗风性和抗寒性,可以适应闽南北部区域环境。但不同家系的树高、胸径、材积和枝下高差异显著或极显著,其中Z5和Z7家系的生长表现优于其他家系,其树高、胸径、材积、枝下高比群体均值分别提高10.80%～11.59%、11.85%～15.05%、35.62%～41.78%和10.98%～13.41%。Z5和Z7家系初步评价为优良家系,可作为卷荚相思在闽南北部推广造林的推荐材料。     

Soil protection for a sustainable future: options for a soil monitoring network for Ireland

The increased recognition of the importance of soil is reflected in the UN Post‐2015 Development Agenda with sustainable development goals that directly and indirectly relate to soil quality and protection. Despite a lack of legally binding legislation for soil protection, the European Commission remains committed to the objective of soil protection. However, the achievement of a legally binding framework for soil protection relies on the implementation of a soil monitoring network (SMN) that can detect changes to soil quality over time. As beneficiaries do not pay for the provision of soil information, the options for soil monitoring are limited. The use of existing data sets should be considered first. Using Ireland as an example, this research explored the opportunities for a SMN for Ireland considering three existing national data sets. The options for a SMN are considered in terms of their spatial and stratified distribution, the parameters to be measured and an economic analysis of the options proposed. This research finds that for Ireland, either a 10 or a 16 km² grid interval stratified by land use and drainage class offers the best potential in relation to the spatial distribution of existing data sets to reflect local data at a national level. With existing data, the stratified SIS data using the 16 km² grid offers the best value for money, with baseline costs for analysis, excluding field costs, of between €706 481 and €2.8 million. Acknowledging the impossibility of measuring all parameters with ideal frequency, this study proposes a two‐tier system for optimized monitoring frequency. Parameters must anticipate future policy requirements. Finally, the implementation of a SMN must be accompanied by standardized methods, defined thresholds and action mandates to maintain soil quality within allowable limits.     

辣椒黄绿苗突变体生物学特性及生长动态研究

对96－140牛角辣椒及96－140辣椒黄绿苗突变体（96－140YBM）生物学特性、生长动态、抗病性等方面进行了测定，试验收结果表明96－140辣椒黄绿苗突变体不仅在生长势，叶片、株重、单果重等方面强于96－140，而且在抗疫病方面明显强于96－140牛角辣椒。96－140YBM性状遗传稳定，苗期遗传标记性状明显，在杂交育种及纯度鉴定上有较大的利用价值。     

高生物钙线椒新品种“陕椒2001”

线辣椒为陕西省的传统名优特品种。也是唯一能在全国起拳头的出口创汇产品。因其具有“果色鲜红和品佳味香”的特点,在国     

小叶杨基因资源异地保存及苗期生物学特性分析

分别从东北、西北和华北收集小叶杨各类资源。并建立了异地保存基因库。同时，对小叶杨资源苗期的生长、物候期、形态特征以及同工酶谱进行了观测和分析。     

AN OBSERVATION STUDY ON BIOLOGICAL CHARACTERS AND MATING BEHAVIOR OF DAHURIAN CASEBEARER(COLEOPHORA DAHURICA FLKV.)ADULTS

Through rearing tests and observations under laboratory conditions,biologicalcharacters and mating behavior of Dahurian casebearer(Coleophora dahurica Flkv.)adultswere studied in this paper.Results discovered that the time of emergense of male adultswas 24h to 36h earlier than that of female adults.The peak of sex pheromone secretion ofthe female adults appeared of 24h to 42h after the emergence.The reaction of male adultson the sex pheromone was most sensitive during 30h to 48h after emerged,so the earlieremergence of the male adults was favorable to mating.The phenomenon of repeatedmating did not exist in female adults,but the male adults could mate for several times,with maximum of 4 times.There was a definite behavioral reaction during the matingperiod of male and female adults,and the certain period of feeding and mating times couldaffect the adults longervity to a certain degree.     

杨干象对杨树生长的影响和防治指标的研究

1995～2000年，对杨干象对杨树生长的影响和防治指标进行了研究。结果认为，不同虫口密度对杨树生长的影响明显，通过建立虫口密度与杨树生长(树高、胸径、材积)损失率回归预测模型表明，随着虫口密度的增加，胸径、材积生长明显下降，其关系呈直线、对数回归关系；高生长总的趋势是下降的，呈多项式回归关系；杨干象防治指标确定为：5年生以下杨树为2头／株，6～8年生杨树为3头／株，9年生以上杨树为4头／株。     

垃圾浸出液厌氧处理研究

本研究采用厌氧—好氧生物氧化的工艺技术,自行设计和制造了一套有机玻璃为材料的模拟装置,对垃圾浸出液进行处理研究。经试验结果表明,利用本设计装置处理后的污水,可运到国家农田灌溉的污水排放指标并基本达到国家三类废水的排放指标。该成果已通过市级专家鉴定,并将应用于垃圾场淤出污水的处理工程。     

万寿菊的研究进展

本文概述了万寿菊的主要品种、形态特征、生物学特性、香气组成成分、功能用途、栽培管理方式及育种等内容，并对万寿菊的发展前景作了展望．     

水稻旱作对其生长量和经济产量的影响

1998～1999年，研究了水稻旱作条件下，不同生育时期受水分胁迫后对作物生长量的影响。结果表明：不同指标对水分胁迫时期的敏感性不一，植株高度对抽穗期水分胁迫最敏感；单株绿叶面积和单株地上部干重对幼穗分化后期水分胁迫最敏感；根系干重和根冠比对幼穗分化前期水分胁迫最敏感；幼穗分化后期水分胁迫对经济产量影响程度最大，无效分蘖期水分胁迫对产量影响程度最小。