In this study we used population projection matrices to evaluate the conservation status of Neobuxbaumia macrocephala, a columnar cactus endemic to a small region in the Tehuacan Valley, in central Mexico. Demographic data included 2-year observations on growth, fecundity and survival of individuals classified by size. Our results indicate that the population is comprised of 70% juveniles. Population growth rate was 0.979 and 0.994 for the 1997/1998 and the 1998/1999 periods, respectively. The slight increase in A in 1998/1999 was a result of increased fecundity and seedling survival. The highest elasticity values correspond to the survival of large/old individuals. Numerical simulations were performed by changing the value of particular ma...
In this paper we analyze the growth and early survival of two congeneric columnar cacti: the rare Ne...
One of the habitats occupied by Mammillaria magnimamma is a 2000-year old lava-field, in Mexico City...
The dynamics of plant populations are often limited by the early stages in their life cycles. Howeve...
Neobuxbaumia macrocephala is a long-lived columnar cactus endemic to the Tehuacán-Cuicatlán Valley i...
In this study we use a demographic approach to analyse the differing abundance of three congeneric c...
We used population projection matrices to analyse the demography of Mammillaria crucigera, a rare ca...
The Cactaceae family in Mexico is particularly important because members of this family exhibit a hi...
We studied three species of columnar cacti in the genus Neobuxbaumia which differ in their degree of...
We studied three species of columnar cacti in the genus Neobuxbaumia which differ in their degree of...
The Cactaceae family in Mexico is particularly important because members of this family exhibit a hi...
Stenocereus eruca is a postrate columnar cactus whose regeneration seems to occur mainly through clo...
Although our biological knowledge regarding cactus species is thorough in many areas, only in recent...
In this paper we analyze the growth and early survival of two congeneric columnar cacti the rare Neo...
Abstract In this study we use a demographic approach to analyse the differing abundance of three con...
tic simulations One of the habitats occupied by Mammillaria magnimamma is a 2000-year old lava-field...
In this paper we analyze the growth and early survival of two congeneric columnar cacti: the rare Ne...
One of the habitats occupied by Mammillaria magnimamma is a 2000-year old lava-field, in Mexico City...
The dynamics of plant populations are often limited by the early stages in their life cycles. Howeve...
Neobuxbaumia macrocephala is a long-lived columnar cactus endemic to the Tehuacán-Cuicatlán Valley i...
In this study we use a demographic approach to analyse the differing abundance of three congeneric c...
We used population projection matrices to analyse the demography of Mammillaria crucigera, a rare ca...
The Cactaceae family in Mexico is particularly important because members of this family exhibit a hi...
We studied three species of columnar cacti in the genus Neobuxbaumia which differ in their degree of...
We studied three species of columnar cacti in the genus Neobuxbaumia which differ in their degree of...
The Cactaceae family in Mexico is particularly important because members of this family exhibit a hi...
Stenocereus eruca is a postrate columnar cactus whose regeneration seems to occur mainly through clo...
Although our biological knowledge regarding cactus species is thorough in many areas, only in recent...
In this paper we analyze the growth and early survival of two congeneric columnar cacti the rare Neo...
Abstract In this study we use a demographic approach to analyse the differing abundance of three con...
tic simulations One of the habitats occupied by Mammillaria magnimamma is a 2000-year old lava-field...
In this paper we analyze the growth and early survival of two congeneric columnar cacti: the rare Ne...
One of the habitats occupied by Mammillaria magnimamma is a 2000-year old lava-field, in Mexico City...
The dynamics of plant populations are often limited by the early stages in their life cycles. Howeve...